Skip to main content

Full text of "Motorola Master Selection Guide Data Book 1975"

See other formats


MOTOROLA 

Semiconductors 



■o 

3 






M 

E 




« 



cv 




master 

selection 

guide 



JEDEC 
PRO-ELECTRON 



® 



MOTOROLA 

Semiconductors 









SELECTING THE BEST SEMICONDUCTOR 

Selecting the best semiconductor for a given application can pose a significant 
challenge. To simplify the task in selecting a "best" transistor, diode or other device 
for new designs, this book's selection tables include all popular Motorola semicon- 
ductor devices and applications. These guides permit a quick comparison of the 
preferred devices, and a pre-selection of semiconductors that are most suitable. 

The selection tables are arranged to highlight the prime selection criteria in easy- 
to-use order. Since the important characteristics depend on the type of device, the 
selection tables take different forms. In silicon rectifiers, for example, peak reverse 
voltage, and average forward current are the basic criteria, and the devices are listed 
in order of these ratings. For other devices, such as transistors, other important 
characteristics or suggested applications are specified in their particular section. 

The selection tables include only basic specifications. For complete information 
contact your nearest Motorola sales office or franchised distributor. 



Beam-Fired. BET. CHAINMAKER. CO.. Deke-Pek. 
Designer's. Eeonocap. EpIbiM. Epicap. EXbug. EXORelser. 
EXORdlsk. EXORtapa. Glaislvated, HANDY Lab*. HEP*. 
Loc. Logic, isothermal. Llmallghl. McMOS. Meg-A-Llfe II. 
MEGALOGIC. MOTL, MECL. MECL 10.000. MECL III. 
MHTL. Micro T. MIOA. MIKbug. MINIbug. Minlode. 
Mlnl-T. MLEO. MMOS. MRTL. mW MRTL. MNMOS. 
MTTL. Multi-Call II, Multl-Pak. QUIL. RamRoO. Had Heed. 
Surmatlc. SWITCHMODE. Tharmopad. Thermowett, 
Unlbloc. Unlwatt. Zaro-TC. ara trademarks of Motorola 
Inc. k-Pak li a trada nimi of Motorola Inc. 

Annular Semiconductor! and Plaid Rallaf Elactroda ara 
patented by Motorola Inc. 



AP 



ara tradamarks of Motorola Inc. 



Information in this catalog is believed to be accurate and reliable. However, no responsibility is assumed by 
MOTOROLA for its use; nor for any infringement of patents or of other rights of third parties which may 
result from its use. No license is granted by implication or otherwise under any patent or patent rights of 
MOTOROLA with respect to such information. 



©MOTOROLA INC., 1976 
"All Rights Reserved" 



Printed in Switzerland 









mm 



INTEGRATED CIRCUITS 

MOS INTEGRATED CIRCUITS M 

M6800 Microcomputer Family (including MCM6800's) 1-2 

MOS RAM's (excluding MCM6800's) '"8 

MOS ROM's (excluding MCM6800's) 16 

McMOS MC14000 and MC14500 Series 1 " 7 

McMOS MC14400 Series 1-8 

BIPOLAR DIGITAL INTEGRATED CIRCUITS 

MECL MC10.000 Series 2-2 

MECL III MC1600 Series 2-4 

MEGALOGIC LSI 2-5 

Logic Products for Phase-Locked Loop Applications 2-6 

MHTL MC660 Series 2-7 

MDTL MC830/MC930 Series 2-8 

(Includes MC1800/MC1900 Series Devices) 
MRTL MC700/MC800/MC900 Series 2-10 

(Includes MC9700/MC9800 Series Devices) 
mW MRTL MC708/MC808/MC908 Series 2-11 

(Includes MC9700/MC9800 Series Devices) 

MTTL Beam Lead Integrated Circuits (MCBC5400 Series) 2-12 

MTTL Dielectrically Isolated Integrated Circuits 2-13 

(MCE54H00/MCE74H00 Series. MCE5400/MCE7400 Series) 

MCE7000 Series Dielectrically Isolated Integrated Circuits 2-13 

MDTL Dielectrically Isolated Integrated Circuits 2-14 

(MCE930 Series) 
Special Bipolar Logic Products for Custom Applications 2-15 

LINEAR INTEGRATED CIRCUITS 

Interface Circuits 3-2 

Operational Amplifiers 3-14 

High-Frequency Amplifiers 3-17 

Regulators 3-19 

Special-Purpose Circuits 3-21 

Consumer Devices 3-22 

Linear IC Packages 3-25 

AMPLIFIERS DISCRETE SEMICONDUCTORS 

Reference 4-81 

CHIPS 4-113 

Virtually every device manufactured by Motorola is available in chip form. 
Contact your Motorola representative for more information. 

DIODES 

4-Layer 4-105 

Avalanche Regulator 4-77 

Current Regulator 4-80 

Dual 4-82 

Epicap Tuning 4-66 

Forward Reference 4-82 

Hot-Carrier 4-72 

Hyper-Abrupt Junction Tuning 4-70 

PIN Switching 4-72 

Plastic Hot-Carrier 4-72 

Precision Reference 4-81 



Temperature Compensated Zener Reference 4-82 

Transient Suppressor .4-83 

Tuning Diode 4.66 

Voltage Regulator 4.81 

Zener Diodes Device Options 4.76 

Zener 4.77 

Zener Reference 4_7g 

MICROT TRANSISTORS AND DIODES 4.47 

OPTOELECTRONICS 

Couplers/Isolators 4-109 

Detectors 4-111 

Light-Emitting Diodes 4-110 

RECTIFIERS 

Brid 9 es 4-89 

Fast Recovery 4_g 1 

General-Purpose 4.g0 

High Current Multi-Cell Diodes 4.88 

High Current Multi-Cell Circuits 4. 90 

Hot-Carrier Power 4.92 

Special Purpose 4-93 

RF MODULES 

Hybrid Amplifier 4 .gl 

THYRISTORS 495 

TRANSISTORS 

Field-Effect 4.29 

Multiple and Darlington 4.35 

Plastic Encapsulated Small-Signal 4-21 

Small-Signal Hermetic 4-13 

Silicon Power 4.2 

Silicon RF 4.51 

Silicon Power Voltage Regulator 4-10 

Uni junctions 4-104 

TRIGGERS 

4-Layer Diodes 4-105 

Diacs 4-105 

Silicon Bidirectional Switch 4-105 

Silicon Unidirectional Switch 4-105 

DEVICES FOR MILITARY APPLICATIONS 5., 

APPLICATION NOTE SELECTION GUIDE 6 1 

ENGINEERING BULLETIN SELECTION GUIDE 64 

CATALOG INDEX 7.1 

POPULAR PRO-ELECTRON DEVICE TYPES Section 8 

Small Signal Transistors, TO-92 1 

Small Signal Transistors, TO-5, TO-18, TO-39 7 

Power Transistors. Case 77. 90. TO-3. TO-39 (Uniwatt. Duowatt) 8 

RF Transistors. SOT-2. TO-72. (See also TO-92 Types) - 11 

Zener Diodes 11 

Rectifiers Products 12 

Special Purpose Diodes ..[[[ . 13 

Linear Integrated Circuits 14 





INTEGRATED CIRCUITS 

MOS INTEGRATED CIRCUITS 

Motorola's MOS Lines range from standard SSI to MSI and LSI functions. Most 
devices are available in two temperature/voltage ranges, and in both plastic and 
ceramic packages. Over 200 different devices are offered. 

The two major MOS lines include complementary MOS (McMOS) and NMOS 
Circuits. 

The McMOS family is available in a wide variety of basic and complex logic 
functions at medium speeds and very low power dissipation. 

The NMOS products include the M6800 microcomputer components and an 
array of memory devices. RAMs, ROMs, Character generators, and unique micro- 
computer parts, such as Peripheral Interface Adapter (PIA), Asynchronous Com- 
munications Interface Adapter (ACIAI, and MODEM are part of this series. 



TABLE OF CONTENTS 

Page 

M6800 Microcomputer Family (Including MCM6800's) 1-2 

MOS RAMs (Excluding MCM6800's) 1-5 

MOS ROMs (Excluding MCM6800's) 1-6 

McMOS MC14000 and MC14500 Series 1-7 

McMOS MC14400 Series , 1-8 









SEE POPULAR PRO-ELECTRON 
DEVICES TYPES 
SECTION 8 



1-1 



THE M6800 MICROCOMPUTER FAMILY 



M6800 MICROCOMPUTER FAMILY 
BLOCK DIAGRAM 



MC68O0 

Microprocessor 














MCM683QA 

MCM6832 

Read Only 

Memory 




















MCM6810A 
Random 
Access 
Memory 


















WC6S20 
Peripheral 
I ntarf ace 
Adapter 




I 














MC6850 

Communications 

Interface 

Adapter 


















MC6852# 

Synchronous 

Serial Data 

Adapter 






' 









MC6860 

Modem 



The M6800 family of parts has been designed to set the standard 
for microcomputer system architecture. The family provides total- 
system building functions, yet is designed with the flexibility to 
allow growth. Programmable logic is designed to replace hardwired 
logic and costly custom microcomputer functions. 

• Minimum System Approach 

• Powerful Instructions 

• Comprehensive Support: 

Systems Development Tools 
Software 
Documentation 
Applications Aid 



MC6862# 

Modulator 
MC6863# 
Demodulator 





CERAMIC PACKAGE 
CASE 699 



Address Data 
Bus Bus 



CERAMIC PACKAGE 
CASE 684 



FUNCTIONS AND CHARACTERISTICS 



Function 


Type 


CeM 


Comments 


Microprocessor 


MC6800L 


699 


Monolithic 8-bit MPU forming the central control function for the M6800 
family. Bl-dlrectional data bus. 8-bit parallel processing, 16-blt address bus 
capable of addressing 65K bytes of memory, 72 instructions. DMA and 
multiple processor capability. 


Peripheral Interface Adapter 


MC 68201. 


699 


Interfaces MPU to peripherals through two 8-bit bi-directional peripheral 
data buses and four control lines. Programmed by the MPU during system 
Initialization. 


Asynchronous Communications 
Interface Adapter 


MC6850L 


684 


Provides the data formatting and control to interface serial asynchronous 
data communications Information to bus organized systems. Programmable 
control register provides variable word lengths, clock division ratios, transmit 
control, receive control, and interrupt control. 


Synchronous Serial Data Adapter* 


MC6852L# 


684 


Provides a bi-directional interface for simultaneously transmitting and 
receiving standard synchronous communications characters. Programmable 
control for variable word lengths, synchronization, and interrupt. 


Digital Modem 


MC6860L 


684 


Provides necessary modulation, demodulation and supervisory control to 
implement serial data communications link, over voice-grade channel, 
utilizing FSK et bit rates to 600 bps. 


2400 bps Digital Modulator # 


MC6862L a 


684 


Provides necessary modulation and control to implement serial data com- 
munications link, over voice-grade channel, utilizing DPSK at bit rates of 
1200 or 2400 bos. 


2400 bps Digital Demodulators? 


MC6863L» 


684 


Provides necessary demodulation and control to implement serial data 
communications link, over voice-grade channel, utilizing DPSK et bit rates 
Of 1200 or 2400bpS. 



#To be announced. 



1-2 



THE M6800 MICROCOMPUTER FAMILY (continued) 



Device 
No. 


No. of 
Bits 


Description 


Organization 


Access 

Time 

(ns max) 


Power 

Supplies 
(V) 


No. of 
Pins 


Can 


RANDOM ACCESS MEMORIES (Silicon Gate NMOS) 










MCM6810A 

MCM68111A# 

MCM68112A* 

MCM6815AS 
MCM6815A2" 


1024 
1024 
1024 

4096 
4096 


Static 

Static, Common I/O and Output Oiseble 

Static, Common I/O 

Dynamic 
Dynamic 


128 x 8 
256 « 4 
256x4 

4096 x 1 
4096 x 1 


500 
450 
450 

300 
200 


• 5 

♦ 5 
•5 

»12. *S. -5 
• 12. »5. -5 


24 

18 

16 

22 
22 


684 
680, 707 
620, 648 

677. 708 
677. 708 


READ ONLY MEMORIES (Silicon Gate NMOS unless otherwise noted) 






MCM6830A- 
MCM68317'..- 
MCM6832't 
MCM68708--- 


8192 
16384 
16384 

8192 


Mask -Programmable 
Mask -Programmable 
Mask -Programmable 
Alterable 


1024 x 8 
2048 x 8 
2048 x 8 
1 024 x 8 


500 
500 
550 
500 


♦ 5 
+6 

♦ 12. ♦S. -5 

• 12. »5. -5 


24 
24 
24 
24 


684 
684 
684 
TBA 



•Mask-programmable POMi are manufactured according to a bit-pattern supplied by the customer. A special device number (SCMxxxx) is 

assigned to each individual pattern. 
=To be announced 
T Metal Gate NMOS 



flfflW 



L SUFFIX 

CERAMIC PACKAGE 
CASE 620 



i a 




PTl'l'i 





P SUFFIX 

PLASTIC PACKAGE 
CASE 648 



L SUFFIX 
CERAMIC PACKAGE 
CASE 677 



L SUFFIX 

CERAMIC PACKAGE 

CASE 680 




L SUFFIX 

CERAMIC PACKAGE 
CASE 684 



■flfpn -^0^ 



P SUFFIX 

PLASTIC PACKAGE 
CASE 707 



P SUFFIX 

PLASTIC PACKAGE 

CASE 708 



M6800 SYSTEM SUPPORT 

Numerous semiconductor devices are available to enhance the capabilities of the M6800 Family of integrated circuits. 
Among these, the following should be given special attention (characteristics are given in the indicated section of this 
Master Selection Guide): 





NMOS Random Access Memories 
NMOS Read Only Memories 


Various sl*es and types of MOS memories are available to supplement those in 
the M6800 Family. 






MEGALOGIC LSI 


These computer-oriented products are a natural complement for MPU- based systems. 






Linear Interface Circuits 


A broad spectrum of interface circuits will be of particular interest to microcomputer 
system designers. 






McMOS Integrated Circuits 


Many of the newer McMOS devices are specialized functions which fit specific needs 
of microcomputer systems. 






MPU Clock Buffer 

(Multiple Transistor) 


The MPQ6842 provides the requirements of the clock buffer for $1 and 02 inputs 
of the MPU 





In addition to the categories listed, Two-Phase Clocks (MC6870A, MC6870B. end MC6871A) are available from Motorole Inc., 
Component Products Department. 2553 North Edgington. Franklin Park. Illinois 60131. 



1-3 



M6800 SYSTEM SUPPORT (continued) 



M6800 SUPPORT HARDWARE 



EXORciser 



Evaluation Module 









EXORdisk 




EXORtape 



EXOBclwr 


Ability to emulate a uwr'i system makes the EXORciser an efficient and economical 
means 'or development of M6800 Microprocessor Systems. The optional modules can 
be arranged to represent the user's proposed system, optional Resident Software permits 
editing, assembling, and modification of programs. 


Evaluation Module 


This complete board has all of the M6800 family dovices for ease of parts evaluation. It 
can be used to run simple programs for familiarization with the system as well as evaluation 
prior to actual system development with the EXORciser. 


EXORdisk 


The EXORdisk (Motorola's floppy disk) speeds up microcomputer program development; 
't Is many timet faster than teletype or paper tape. 


EXORtape 


The EXORtape (Motorola's high speed paper tape reader) provides high-speed reading of 
paper tape for efficient program loading, oditing. and assembling. 



M6800 SUPPORT SOFTWARE 

Compatible software is available in a variety of forms: 



Resident Software 


Used with the EXORciser or Evaluation Modulo, this package consists of the Editor - for 
editing operations on linos or character strings - end the Assembler - wh ich uses a two 
pass operation to produce listing and object tape. 




Commercial Timesharing 


M6800 software is available on several commercial timesharing services. As circumstances 
indicate, others will be added. 




Host Computer Software 


Two software packages are available for host computers: 

1. Standard package, normally supplied by vendors; 

2. Full capability package, pre-tailored to customer. 





1-4 



RANDOM ACCESS MEMORIES 













Random Access Memories are useful wherever temporary storage is required. 
They find application in large mainframe memory systems, minicomputers, and con- 
ventional digital control circuits. 

RAMs which are specifically intended for use with the M6800 Microcomputer 
Family are shown in another table. 



Devica 
No. 



No. of 
Bits 



Description 



Organization 



Access 

Tim* 

(n« max) 



Supplies 
(VI 



No. of 
Pint 



SILICON GATE NMOS 



MCM2102' 

MCM2102-1" 

MCM2102-2 - 



MCM2102A* 

MCM2102A2* 

MCM2102A4* 



MCM2111A* 

MCM2111A2* 

MCM2111A4* 



MCM2112A' 

MCM2112A2' 

MCM2112A4' 



1024 
1024 
1024 



1024 
1024 
1024 



1024 
1024 
1024 



1024 
1024 
1024 



Static 

Static. High Speed 

Static 



Static. Vefv High Speed 
Static. Very High Speed 
Static. Very High Speed 



Static. Common I/O and Output Disable 
Static. Common I/O and Output Disable 
Static, Common I/O and Output Disable 



Static. Common I/O 
Static, Common I/O 
Static. Common I/O 



1024 x 1 
1024 x 1 
1024 x 1 



1024 x 1 
1024 x 1 
1024 x 1 



256.4 
256x4 
256x4 



256x4 
256x4 

256 x4 



1000 
500 
650 



350 
250 
450 



350 
250 
450 



350 
250 
450 



♦5 
•5 
♦ 5 



+5 
+5 

♦ 5 



♦ 6 
♦6 
»5 



• 5 

»5 
+5 



16 
16 
16 



16 
16 

16 



18 
18 
18 



16 
16 
16 



620. 648 
620. 648 
620. 648 



620. 648 
620. 648 
620. 648 



680. 707 
680. 707 
680. 707 



620. 648 
620. 648 
620. 648 



MCM6604 

MCM6604-2 

MCM6604-4 



4096 
4096 
4096 



Dynamic 
Dynamic 
Dynamic 



4096 x 1 
4096 x 1 
4096 x 1 



350 
250 

300 



♦ 12. + 5. -5 

♦ 12. +5, -5 
+ 12, +5. -5 



16 

16 
16 



690, 648 
690. 648 
690. 648 



MCM6605A 

MCM660SA1 

MCM6606A2 



4096 
4096 
4096 



Dynamic 
Dynamic 
Dynamic 



4096 x 1 
4096 x 1 
4096 x 1 



300 
150 
200 



♦ 12. + 5. -5 

♦ 12. ♦S. -5 
+ 12. + 5. -5 



22 
22 
22 



677. 708 
677, 708 
677. 708 



MCM6616* 



16384 



Dynamic 



16384 x 1 



350 



♦ 12. +5. -5 



METAL GATE CMOS 



■To be announced 



^Measured with V D fj ■ +5 V. T A - 25 C 



i/0 ~10 -10 



T8A 



MCM14505A 
MCM14505C 


64 
64 


Static. -55 to + 125°C 
Static. -40 to ♦85 J C 


64 . 1 
64 x 1 


550 = 
650= 


♦3 to +18 
♦4 5 to +16 


14 
14 


632 
63?. 04 




MCM14537A 
MCM14537C 


256 
256 


Static. -55 to + 125°C 
Static. -40 to «86 C 


256 x 1 
256 x 1 


4000= 
6000= 


'3 to + 18 

.4.5 to -16 


16 

16 


690 

690 




MCM145S2A 
MCM14552C 


256 

256 


Static. -55 to ♦125°C 
Static. -40 to -85°C 


64 x 4 

64 x 4 


3000= 
6000= 


♦ 3 to +18 
+4.5 to +16 


24 
24 


684 
684. 709 





16 



L SUFFIX 

CERAMIC PACKAGE 

CASE 620 




LSUFFIX 

CERAMIC PACKAGE 

CASE 632 



P SUFFIX 

PLASTIC PACKAGE 

CASE 646 



P SUFFIX 

PLASTIC PACKAGE 

CASE 648 



LSUFFIX LSUFFIX 

CERAMIC PACKAGE CERAMIC PACKAGE 

CASE 677 CASE 680 






LSUFFIX 

CERAMIC PACKAGE 

CASE 664 



LSUFFIX 

CERAMIC PACKAGE 

CASE 690 



P SUFFIX 

PLASTIC PACKAGE 
CASE 707 



P SUFFIX 

PLASTIC PACKAGE 

CASE 708 



P SUFFIX 

PLASTIC PACKAGE 
CASE 709 



1-5 



READ ONLY MEMORIES 



® 



Motorola's Read Only Memories include both pre-programmed memories and mask- 
programmable memories for custom applications. 

The character generators are useful in CRT displays as well as in digital printers. To- 
gether with the code converters, which facilitate interface circuitry when going from one 
character standard to another, they provide a wide choice of devices for data display 
systems. ROMs are also available to provide the rhythm patterns for electronic organs. 

ROMs which are specifically intended for use with the M6800 Microcomputer Fam- 
ily are shown in another table. 



Device 
No. 


No. of 
Bits 


Description 


Organization 


I!] 


Power 
Supplies 

(VI 


No. of 
Pins 


Case 



METAL GATE NMOS 



MCM6550" 


7168 


Mask Programmable, Static, Rhythm 


16 Patterns of 
24 or 32 Butt 


'eye = 
1 mi 


>1B. »5. -3 


40 


699, 711 


MCM6560- 

Pre-Progr 
MCM6561 
MCM6562 


8192 
mmed S 


Mask Programmable. Addressable 

tandard Memories: 

Binary Code Converter 
Binary Code Converter 


1024 » 8 or 
2048 » 4 

1024 x 8 
1024 x 8 


350 


♦ 12, +5. 3 


24 


684. 709 


MCM6570" | 8192 1 Mask Programmable 9 x 7 Character 


128c x (9 x 7) 


BOO 


♦ 12. ♦S. -3 


24 


684. 709 


Generator. Horizontal Scan, 












Shift Capability 












Pre-Programmed Standard Memories: 












MCM6571 ASCII Characters and Greek. Shifted 
MCM6571A ASCII Characters and Greek, Shilted 
MCM6S72 ASCII and Greek, Not Shilted 












MCM6573 Japanese Characters. Not Shitted 












MCM6574 Math Svmbols and Pictures, Shilted 
MCM6575 Alphanumeric Control Cheracters. Shilted 












MCM6576 British Standard Characters. Shilted 
MCM6577 German Standard Characters, Shilted 












MCM6578 French Standard Characters. Shilted 












MCM6579 General European Standard Characters. Shifted 












MCM6S80" | 8192 I Mask Programmable 7 « 9 Character 


128c .(7.9) 


400 


• 1?. '5. -3 


24 


684. 709 


Generator. Vertical Scan. Shift 












Capability 

Pre-Programmed Standard Memories: 












MCM6581 ASCII Characters and Greek. Shifted 
MCM6583 Japanese Characters. Not Shilted 












MCM6590* | 1638a 1 Mask Programmable. Static 


2048 • 8 


800 


♦ 12. <5. -3 


24 


684 


Pre-Programmed Standard Memory: 
MCM6591 Universal Code Converter 













METAL GATE CMOS 



MCM14524A' 
MCM14524C* 


1024 
1024 


Mask Programmable. 55to*125"C 
Mask Programmable. -40 to *85 Q C 


256 « 4 
256 x 4 


2650 = 
3975 = 


•3 to +18 

♦4.5 to ^16 


16 
16 


620 
620. 648 



"Mask-programmable ROMs are manufactured according to a bit pattern supplied by the customor. A special device number (SCMxxx 
to each individual pattern. ^Measured with Vrjjrj) - *b V, T A - 25 C 



10 »t$W 



L SUFFIX 

=IAMIC PACKAGE 
CASE 620 



1 

P SUFFIX 

PLASTIC PACKAGE 
CASE 648 




I II' L SUFFIX 

CERAMIC PACKAGE 
CASE 684 




P SUFFIX 

PLASTIC PACKAGE 
CASE 709 




L SUFFIX 

CERAMIC PACKAGE 
CASE 699 



P SUFFIX 

PLASTIC PACKAGE 
CASE 711 



WqW®\ 



INTEGRATED CIRCUITS 



MCI 4000 and MC14500 Sent! Complementary MOS 




1. suffix 

CERAMIC PACKAGE 
CASE 620 




L SUFFIX 

CERAMIC PACKAGE 

CASE S3} 





f> SUFFIX 

PLASTIC PACKAGE 

CASE 646 



The McMOS series of monolithic integrated logic circuits is 
designed to provide the system design engineer with a medium-speed 
integrated circuit family which approaches the ideal in performance. 
The low power dissipation and flexible power supply requirements 
of this family of devices greatly simplify power supply design, and 
the high noise immunity and large fanout capability reduce parts 
count and simplify printed circuit board layout. 

All devices may also be obtained in chip form lor the manufac- 
turer of hybrid microcircuits. 

FEATURES 

• Quiescent Power Dissipation • 

10 nW/pkg typical for Gates 

• High Noise Immunity • 

45% of Vqd typical 

• Single or Multiple Supply Operation 

- Positive or Negative 

• Fan-out - > 50 

• Output Logic Excursion 

Independent of Fan-out 

• Diode Protection on All Inputs 



Vqd " 3 Vdc lo l8 Vdc - T A ' -55°C 10 
Vqd 3.0 Vdc to 16 Vdc, Ta - -*0°C to 



l25°Clor ALSullix 
85°C lor CL/CP Sulln 



Function 


Typa 


Caia 




Dull 3 input NOR Gata p'ui Invar tar 


MC 1 4000 


632.646 




OuM 2 -input NOR Gala 


MC 14001 


632.646 




Dull 4 Inpul NOR Gata 


VC 14002 


.,:i? ,.....'. 




iB Bit St«t-c Sh.lt Ragut* 


MCI 4006 


.. L2 64G 




Duil Complam4Ma#v **•'' **'«« '"*»'•' 


MCI 4007 


632.646 




4 Bit Pull Add*' 


MCI 4006 


620.64* 




Quad 2 Input NANO Gata 


MCI 4011 


632 646 




Dull 4 Input NAND Gala 


MC14012 


632.646 




Dual Tvpa O H"P F "op 


MC 1 40 1 3 


632.646 




8 B.' ^'-a-- • SI ft Pag it.< 


MC 14014 


620.648 




Dual 4 8il Static Shift Ragniar 


MCI 401! 


620.648 




Quad Analog Switch/Quad Muitipn**' 


MC I40K 


632.646 




Oacada CountaWDlvidar 


MC14017 


620.648 




14 Bit Binary Countar 


MC 14020 


620 648 




8-Bit Static Sh^t Ragittar 


MCI 4021 


620.648 




Octal Countar "J.v.oa- 


MC 14022 


620.648 




T'<pia 3 input NAND Gat* 


MCI 4023 


632.646 




Seven Stag* R ipo'a Co»niar 


mi -.-.P. ■: 


632.646 




T'.pla 3 input NOR Gala 


MC 11025 


632.646 




Dua J K Fhp Flop 


MC14027 


620.648 




BCO To Oacimal Dacona* 
Binary To-Ocial DacOdar 


MC 1 4028 


620.648 




TriplaSafiat Adda* iPot.tiva Logic) 


MC 1 4032 


620.646 




B Bit Univriil But Ragita' 


MC 140 M 


684.709 




4 Bit Paralial In/ParaHal Out Shift Rag.ua> 


MCI 4035 


620.648 




TnpiaSariai Adda* (Nagauva Logic) 


MCI 4038 


620.646 




12 Bit Bma'v Countar 


MCI 4040 


f>;0 648 




Quad Latch 


MCI 4042 


620 648 




Phtw Lockad LOOP 


MCI 4046 


620.648 




H«x Inva'tar/Buffar 


MC 1 4049 


620.648 




H«. Butlar 


MC 1 4050 


620.648 




Quad 2 Input OR Gala 


'.■ : -40- 1 


632 646 




Quad D-Typa Rag>star 


MC 14076 


620,648 




Quad 2-lnpui ANO Gata 


MC 1 408 1 


632 646 







L SUFFIX 

CERAMIC PACKAGE 



L SUFFIX 

CERAMIC PACKAGE 
CASE 690 



P SUFFIX 

PLASTIC PACKAGE 

CASE f48 



r SUFFIX 

PLASTIC PACKAGE 

CASE 70* 



Fund k» 


Tyg* 1 Cat* 




T'lpla Gata 

lOual 4-mput NANO Gala and 2-inpui 
NOR/OR Gata or • Input AND/NANDGata) 


MC14B01 


620,648 




Strooad Ha* invaM«*/8ufl«* 


MC14502 


620.648 




64 Bit Static Random AccaM Mampry 


MCM 14505 


632.646 




Oua< Empandabla AND OR INVERT Gat. 


MC 14506 


620.648 




Quad Eneiuir-a OR Gata 


MCI 4507 


632.646 




Dual 4 B.t Latch 


MCI 4508 


684.709 




• CD up'Oonvn Co-inta* 


MC14B10 


620.646 




BCD To-SavanSagmant Latcn/Oacoda"'Orrva* 


MC14B1 * 


6 20.648 




BCnannfli Data Salacto* 


MC14512 


620.648 




4 Bn Lalcn/4 tp 16 Lina Dacoaar (High) 


MC14514 


684.709 




4 Bit Latch/4 to 16 UrM Oaeooa' (Low) 


MC14515 


684.709 




Htmr\ \ P Dowri Coo"T«r 


MC14516 


620.648 




Dual 64 Bit Static Shift Ragtta' 


MC14517 


620.648 




Dual BCD Up Countar 


MC14518 


620.648 




4 Bit ANO/OR Satacior 

iQuid 2 Channat Data Salacto' or Quad 
Eacfuftttra NOd Gata) 


MC14519 


620.648 




Dui< B'-iary Up Countar 


MC14520 


620.648 




24 Stata Fraquarvey Orv-da* 


MC 14521 


820.648 




P'og-am^abla DividaBv N 4 B I Count at (BCD) 


MC14532 


620.648 




■02* Bn RaadOniy Mamo-v 


M CM 14524 


620.648 




P>ogrammab>a Oh>«Ja-Bv N 4-Bn Countar (Binary) 


■:-■-. •;_ k 


620.648 




BCO Rata Muit>p'iar 


MC 14527 


620.648 




Oual Rair.gBaraota/Ratatiaola 
Monoiiab'a M. Hi.iOratO' 


MC 14528 


620.648 




Ou»' 4 Cnannal Arelog Dita Saiacio' 


MC14529 


620.648 




Out 5 '"put Maionty Log* Gata 


MC14530 


620.648 




128. ! ""a'ty T,.. 


MC 14531 


A' i-4 8 






v . •■:■ y. 


620.648 




Raai Timt 5 Dacaoa Cour-.a' 


MC 14534 


684 r09 




ProgiammaS a T tmfi 


MC 14536 


630.648 




256 Bit Static Random Accaat MamOiy 


MCM14537 


690 




Dual 4 :>.n I r Ojt* Sr'.cTO' Mult pla-a' 


MCI 4539 


■ ; 04 6 




Programmabla 0*cniat0r/T.m»f 


MC14541 


632.646 




BCD to Savan Sagmam Latch/Datoaa-'Oi -a- 


MC 14543 


. 20.648 




Suec«vv» App.o-i-T-at.on lag.itar 


MCI 4549 


620.649 




206 8-i Stat-c Random Accau Mamo-v 


ucMiawea 


684.709 




ThraaD<g>t BCO Countar 


MC 14553 


620.648 




2 ■ 2 B.t Paralial Bmary Mjltiplia- 


V: 14554 


620.648 




Dual B nary to l o' 4 Oacodar/Oamuitipla-at 


MCI 4555 


620.648 




Dual Binary io 1 o' 4 Oacodar/Oamu ll -plana* 
IIpv —ting) 


MC14556 


620.646 




1 io64 Bn Va-iab^a Langth Shift Ragittar 


v.i* '-■•>' 


620.648 




BCD to Sa.an fiagmafii Dacoaa' 


MC14S58 


620.648 




SuceaM.va Appro«imat-©n Rag »ta- 


MC 14559 


620.648 




NBCO Addar 


V- 14560 


620648 




9'» COmplamanta* 


MC145G1 


632.646 




128 B«t StatK 5h.»i "ag-mi 


MCI 4562 


632.646 




tnduitia 1 Timt Baaa Ganaratc 


MCI 4586 


620,648 




.-,-. Gat* Ouad rwina HugSMnput Mi H 

Gata plot 2 "-put NAND Gaial 


MC14572 


620.648 




4 ■ 4 MulopoM Rag.il*' 


MC145H0 


684 709 




4 flit Ai ihmamc Logic Unit 


MC145B1 


684 709 




Look Ahaad Carry Bloc*: 


MC'4582 


620 648 




Dua' Schmitt Traggar 


MC 14583 


i. -_ »4fl 




4 Bit Magmtuda Comparator 


MC 14585 


620.648 





1-7 



EM®! 



INTEGRATED CIRCUITS 



GflGffid®! 



MC 14400 Series Complementary MOS 






The MC 14400 Series contains devices whose designs and specifications are 
tailored towards specific subsystem applications. The MC 14400 Series devices 
are manufactured with the same low power metal gate complementary MOS 
processing techniques as the MC 14 000 and MC 14500 Series standard product 
family devices, and as such will exhibit the same inherent characteristics of 
the technology such as low power dissipation and high noise immunity. The 
specifications of these subsystem devices are, however, designed to maximize 
their efficiency in the applications for which they were intended and may not 
necessarily meet the more universal specifications required of and guaranteed 
by our standard MC 14000 ana MC14500CMOS product family. 

To differentiate the new specification policy, the MC14400 Series will 
have a new set of suffixes. Some devices will have only a package option, 
either plastic ("P" suffix) or ceramic ("L" suffix). Other devices will have 
options available for power supply range l"V" or "F" suffix) and operating 
temperature range ("£" suffix). 




L SUFFIX 

CERAMIC PACKAGE 

CASE 620 






L SUFFIX 

CERAMIC PACKAGE 
CASE 684 



L SUFFIX 

CERAMIC PACKAGE 

CASE 688 




P SUFFIX 

PLASTIC PACKAGE 
CASE 648 



L SUFFIX 

CERAMIC PACKAGE 

CASE 699 



Z SUFFIX 

LEADLESS CERAMIC PACKAGE 
CASE 703 




P SUFFIX 

PLASTIC PACKAGE 
CASE 704 




PSUFFIX 

PLASTIC PACKAGE 

CASE 709 



FUNCTIONS AND CHARACTERISTICS 



Function 


Typ. 


Vrjo R«ng« 
Vdc 


Temperature 
°C 


Can 


2-of-B Tone Encoder 


Mcua lOi. p 


4 4 10 6.0 


-40 to -85 


620 648 


Bit Rate Generator 


MC14411L.P 


5.0 


-40 to «85 


684. 709 


Universal Low Speed 
(0 600 bps) Modem 


MC14412FL 


4.75 to 15 


.10 :<> a;. 


690 


MC14412VL 


4 75 to 6.0 


-40 to «85 


690 


Quad Precision Timer /Driver 


MC14415EFL 
MC14415FL.FP 
MC14415EVL 
MC14415VL.VP 


3.0 to 18 
3.0 to 16 
3.0 to 6 
3.0 to 6.0 


-55 to • 125 
-40 to -85 

-55 to *125 
-40 to -85 


620 
620. 648 

620 
620. 648 


2 ot-8 Keyped-TO-Blnery Encoder 


MC14419L.P 


3.0 to 6.0 


-40 to '85 


620. 648 


3'/i Digit A/D Logic SuDsystem 


MC14435EFL 
MC14435FL.FP 
MC14435EVL 
MCI 4439V L.VP 


3 to 18 
3.0 to 16 
3.0 to 6.0 
3 to 6.0 


-55 to '125 
-40 to '85 

-55 to ♦ 125 
-40 to '85 


G20 
620, 648 

620 
620. 648 


L. C. D. Watch/Clock Circuit 


MC14440L.Z 
MCC14440 


1.4 to 1.65 


-10 to >60 


699. 703 
Chip 


Oicilletor/2 16 Divider/Buffer 


MC144S0L.P 
MCC14460 


1.3 to 3.0 


to -50 


688. 704 

Chip 


Oscillator/2 11 to 2 19 Divider/Butfered 
Duty Cycle Control 


MC14451L.P 
MCC14451 


1.3 to 3.0 


10 to -60 


620.648 
Chip 


He* Contact Bounce Eliminator 


MC14490EFL 
MC14490F L.FP 
MC14490EVL 
MC14490VL.VP 


3.0 to 18 
3.0 to 16 
3.0 to 6.0 
3.0 to 6.0 


-55 to »125 
-40 to *85 

-55 to -125 
-40 to -85 


620 
620. 648 

620 
620. 648 



1-8 



INTEGRATED CIRCUITS 









BIPOLAR DIGITAL INTEGRATED CIRCUITS 

Motorola's Bipolar Integrated Circuits include elements of several logic families - MECL, 
MHTL, MDTL. MRTL and MTTL - from SSI to large scale functions. 

Of particular interest is the MECL 10.000 highspeed logic family. This series features 
significantly lower power dissipation when compared to standard MECL devices. 
Technological advances have permitted new levels of circuit complexity. One such example is 
the MCM10149. 1024 Bit PROM. 

While not family related. Phase-Locked Loop (PLLI and Megalogic encompass several 
design approaches to bipolar circuits. 

Motorola offers the designer a choice of specifically designed integrated circuits for 
performing phase-locked loop functions, such as, phase detection, frequency division, filtering, 
and voltage controlled signal generation. 

Megalogic provides several design approaches to bipolar LSI. Motorola has developed LSI 
arrays of 160 and 400 gate complexities with typical speeds of 25 ns per gate. These gate arrays 
keep costly layout and engineering manpower to a minimum. 

Motorola's extensive experience in high-reliability military and space programs has resulted 
in quality assurance for integrated circuits and participation in the MILM-385 10 Program. The 
dielectrically Isolated MDTL family and the Beam-Lead MTTL family are also used in highly 
reliable systems. 






MECL MC10.000 Series . 
MECL III MC1600 Series 
Megalogic LSI 



Page 
. 2-2 
. 2-4 
. 2-5 



Logic Products for Phase-Locked Loop Applications 2-6 

MHTL MC660 Series 2-7 

MDTL MC830/MC930 Series 2-8 

(Includes MC1800/MC1900 Series Devices) 
MRTL MC700/MC800/MC900 Series 2-10 

(Includes MC9700/MC9800 Series Devices) 
mW MTRL MC708/MC808/MC908 Series 2-11 

(Includes MC9700/MC9800 Series Devices) 
MTTL Beam Lead Integrated Circuits 2-12 

(MCBC5400 Series) 
MTTL Dielectrically Isolated Integrated Circuits 2-13 

(MCE54HOO/MCE74HO0 Series. 

MCE5400/MCE7400 Series) 

MCE7000 Series Dielectrically Isolated Integrated Circuits 2-13 

MDTL Dielectrically Isolated Integrated Circuits 2-14 

(MCE930 Series) 
Special Bipolar Logic Products for Custom Applications 2-15 






SEE POPULAR PRO-ELECTRON 
DEVICES TYPES 
SECTION 8 



2 1 



EflL§@Ll 



MECL 10.000 SERIES 

INTEGRATED CIRCUITS 



MC10,100/10,200 Series (-30 to +85°C) 
MC1 0,500/1 0,600 Series (-55 to +125°C) 

MECL 10,000 has an excellent speed-power product, 
has relatively slow rise and fall times, and transmission- 
line drive capability. The combination of versatile logic 
functions and the 2.0 ns propagation delay make MECL 
10,000 a versatile family for data handling and processing 
systems. 



Circuit design with MECL 10,000 is unusually con- 
venient. The differential amplifier input and emitter- 
follower output permit high fanout, the wired-OR option, 
and complementary outputs. MECL III is directly com- 
patible with MECL 10,000, and can be used to extend the 
speed capability of the MECL 10,000 series. 




u SUFFIX 

CERAMIC PACKAGE 

CASE 623 



P SUFFIX 

PLASTIC PACKAGE 

CASE 649 



I • " 




P SUFFIX 

PLASTIC PACKAGE 
CASE 646 



L SUFFIX 

CERAMIC PACKAGE 

CASE 620 




F SUFFIX 

CERAMIC PACKAGE 
CASE 650 



AL SUFFIX 

CERAMIC PACKAGE 

CASE 690 




FSUFFIX 

CERAMIC PACKAGE 

CASE 652 



FUNCTIONS AND CHARACTERISTICS (v cc - 0, v EE ■ -5.2 v, T A - 25°CI 



Function 


Type© 


Propagation 
Delay 
nslyp 


Power Dissipation 

mW 

typ/pkg* 


Caw 


•30 10 • 85°C 


-55 «o +12S°C 


Quad 2-lnput NOR Gate With Strobe 


MC10100 


- 


2.0 


100 


620 


Quad OR/NOR Gate 


MC10101 


MC10501 


2.0 


100 


S20 648 obO 


Quad 2-lnput NOR Gate 


MC101O2 


VIC 10502 


2 


100 


620,648,650 


Quad 2 input OR Gate 


MC10103 




2.0 


100 


620 


Quad 2-lnput AND Gate 


MCI 01 0.1 


MCI 0504 


2 7 


140 


620.648,650 


Triple 2-3-2-lnput OR/NOR Gate 


MC10105 


MCI 0505 


2.0 


90 


620.648.650 


Triple 4-3-3-lnput NOR Gate 


MC10106 


MC 10506 


2 


90 


620.648.650 


Triple 2-lnput Exclusive OR/Exclusive NOR 


MC10107 


MC10507 


2.5 


110 


620.648.650 


Dual 4-5-lnput OR/NOR Gate 


MC101O9 


MCI 0509 


2 


60 


620.648.650 


Dual 3 input 3-Output OR Gate 


MC10110 


- 


2 4 


160 


620,648 


Dual 3-lnput 3-Output NOR Gate 


MC1011 1 




2.4 


160 


620.648 


Quad Exclusive OR Gate 


MC10113 


- 


2.5 


175 


620,648 


Triple Line Receiver 


VIC 101 14 


MC10514 


2 4 


145 


620,648.650 


Quad Line Receiver 


MC101 15 


MCI 05 15 


2 


110 


620.648.650 


Triple Line Receiver 


MC101 16 


MC10516 


2.0 


85 


620.648,650 


Dual 2-Wide 2-3-lnput OR-AND/OR-AND- 
INVERT Gate 


MC10117 


MC10S17 


2 i 


100 


620.648.650 


Oual 2-Wide 3-lnput OR-AND Gate 


MC10118 


MC10518 


2.3 


100 


620,648.650 


4-Wide 4-3-3-3-lnput OR-AND Gate 


MC10119 


MC10519 


2 3 


100 


620.fi48.650 


4-Wtde OR-AND/OR-AND INVERT Gate 


MC10121 


MC10521 


2.3 


100 


620,648.650 


Triple 4-3-3-lnput Bus Driver 


MC10123 


- 


3.0 


310 


620 


Quad MTTL to MECL Translator 


MC10124 


MC10524 


3.5 


380 


620.648.650 


Quad MECL to MTTL Translator 


MC1012S 


MC10525 


4.5 


380 


620.648,650 


Bus Driver 


MC10128 


- 


12.0 


700 


620 


Quad Bus Receiver 


MCI 01 29 




10 


750 


620 


Dual Latch 


MC10130 


MC 10530 


2 5 


155 


620,648.650 


Dual Typo D Master-Slave Flip-Flop 


MC10131 


MC10531 


1 » I6OMM1 


235 


620.648.650 


Dual Multiplexer With Latch and Common Reset 


MC10132 


- 


3 


22b 


620.648 


Quad Latch 


MC10133 


MC10533 


4 


310 


620,648,650 


Multiplexer with Latch 


MC10134 


- 


3 


225 


620,648 


Dual J-K Master -Slave Ffip-Flop 


MC1013B 


MC 10535 


1 - 140 MH; 


280 


620.648,650 


Universal Hexadecimal Counter 


MC10136 


MC 10536 


1 150 MHz 


625 


620.648,650 



Qj L suffix denotes Dual In-Line Ceramic Package. P 
(i.e., MC10100L = Ceramic Dual In-Line Package. 
"External Load Power not included. 



suffix denotes Dual In-Line Plastic Package. F suffix denotes flat package 
MC 10100P • Plastic Dual In-Line Package and MC10500F = Ceramic Flat P 



(continued! 
ackage.) 



2-2 



FUNCTIONS AND CHARACTERISTICS (continued) 










Function 


Typ«© 


Propagation 
(May 
netyp 


Povwr Dissipation 

mW 

typ/pko' 


Caaa 


-30 to +86°C 


-56 to +126°C 


Universal Decade Counter 


MC10137 


MCI 0537 


t - 150 MHz 


625 


620,648.650 


Br Quinary Counter 


MC10138 


- 


f - 150 MHz 


370 


620.648 


64 Bit Random Access Memory (90 ft) 


MCM10140 


- 


'Acc.it- 16 (max) 


420 


620,690 


Four Bit Universal Shift Ragiftar 


MC10141 


MC10541 


1 - 200 MHz 


425 


620.648.650 


64-Bit Random Accass Mamory (50 ft) 


MCM10142 


- 


'Access " ,0 ""•»' 


420 


620 


8*2 MuHiport Register F.I. (RAM) 


MCM10143 


- 


•Accaii- '0 


610 


623 


256 Bit Random Accass Mamory 


MCM10144 


- 


'Access" 30 (max) 


420 


620,690 


64 Bit Ragistar Fila (RAM) 


MCM10145 


- 


'Access" '0 


625 


620 


128-Bit Random Accass Mamory 


MCM10147 


- 


'Access " ,2 (max) 


420 


620 


64-Bit Random Accass Mamory (50 ft) 


MCM10148 


- 


'Access - ,5 < m »"> 


420 


620 


1024-Bit Programmable Read-Only Memory 


MCM10149 


- 


'Access" 2 5 (max) 


- 


690 


Quad Latch 


MC10153 


- 


4 


310 


620 


Quad 2-mput Multiplexer (Non-Inverting) 


MCI 01 53 


- 


2 5 


1 9 7 


620 


Quad 2-lnput Multiplexer (Inverting) 


MC10159 


- 


2.5 


218 


620 


12-Bit Parity Generator-Checker 


MC10160 


MC10560 


5.0 


320 


620.648.650 


Binary to 1-8 Decoder (Low) 


MC10161 


MC10S61 


4.0 


315 


620,648.650 


Binary to 1-8 Decoder (High) 


MC10162 


MCI 0562 


4.0 


315 


620,648,650 


Error Detection-Correction Circuit 


MC10163 


- 


5.0 


020 


620 


8- Line Multiplexer 


MC10164 


MCI 0564 


3 


310 


620.648.650 


8-lnput Priority Encoder 


MC10165 


- 


7.0 


545 


620,648 


5-Bit Magnitude Comparator 


MCI 01 66 


- 


6.0 


440 


6 20 


Quad Latch 


MC10168 


- 


3.0 


3 10 


6 20 


9 * 2 Bit Parity Generator-Checker 


MC10170 




4.0 


300 


620 


Dual Binary to 1-4 Decoder (Low) 


MC1017I 


MC10571 


4 


320 


620,648.650 


Dual Binary to 1-4 Decoder (High) 


MC10172 


MC10572 


4.0 


325 


620,648,650 


Quad 2-lnput Multiplexer/Latch 


MCI0173 


- 


2.5 


275 


620,648 


Dual 4 to 1 Multiplexer 


MCI 01 74 


MC10S74 


3.6 


305 


620.648.650 


Quint Latch 


MC10175 


MCI 0575 


2 5 


400 


1,20 648 


Hex "D" Master-Slave Flip F lop 


MC10176 


MC10576 


1 ■ 150 MHz 


460 


620,648,650 


Triple MECL to NMOS Translator 


MC10177 


- 




LOW 


6 20 


Binary Counter 


MC1017B 


- 


( - 150 MHz 


370 


620,648 


Look-Ahead Carry Block 


MC10179 


MC1O570 


3.0 (Cn.P) 4.0 (G) 


300 


620,648,650 


Dual High Speed Adder /Subtractor 


MC10180 


MCI 0580 


4 5 


360 


620,648,650 


4-Bit Arithmetic Logic Unit/Function Generator 


MC10181 


MCI 0581 


See Logic Diag. 


G00 


62:1.6.19,652 


2-Bit Arithmetic Logic Unit/Function Generator 


MC10182 


- 


See Logic Oiag. 


575 


620 


4x2 Multiplier 


MC10183 


- 


50 


760 


623 


Hex "O" Matter Slave Flip-Fiop/wtth Reset 


MC10186 




( - 150 MHz 


460 


620 


Quad MST to MECL 10.000 Translator 


MCI 0190 


- 


2.5 


215 


620 


Hex MECL 10.000 to MST Translator 


:■ c i o i "j i 




2.2 


145 


620 


Error Detection-Correction Circuit 


MC10193 




7.5 


520 


6 20 


Dual Simultaneous Bus Transceiver 


MC10194 


- 


2.5 


405 


6 20 


Hex Inverter/Buffer 


MC10195 


- 


2.0 


200 


620 


Hex "AND" Gate 


MC10197 




2.8 


200 


620 


High-Speed Dual 3-lnput 3-Output OR Gate 


MC10210 




1.5 


160 


620.648 


High-Speed Dual 3-lnput 3-Output NOR Gate 


MC10211 


- 


1.5 


160 


620.648 


High Speed Dual 3 input 3 Output OR/NOR Gate 


MC10212 


- 


1.5 


160 


620 


High-Speed Triple Line Receiver 


MC10216 


MC10616 


1.8 


100 


620.648.650 


High-Spaad Dual Type D Master -Slave Flip-Flop 


MCI 0231 


MC10631 


1 - 225 MHz 


270 


620,648,650 


High Speed 2 x 1 Bit Array Multiplier Block 


MC10287 


- 


- 


400 


620 



© 



1) L suffix danotas Dual (n Lina Caramic Packaga. P 
(i.e., MC10100L - Ceramic Dual tn-Llna Packaga. 
Load Power not included 






suffix denotes Dual In-L'ine Plesfic Package, F suffix denotes flat packaga 
MC10100P - Plastic Oual I n-Line Package end MC10500F - Ceramic Flat Package.) 



2-3 



INTEGRATED CIRCUITS 



MC1600 Series (-30°C to +85°C) 



The requirement for digital systems with ever higher perform- 
ance has increased the need for high-speed integrated circuits. The 
industry has recognized that the only economical way to obtain 
high operating system speed is through the use of emitter-coupled 
logic. Motorola offers a state-of-the-art, emitter-coupled logic family 
with subnanosecond propagation delays - MECL III. 



MECL III circuit design is similar to that used in the popular 
MECL 10.000 family. In the MECL I II line, as well as MECL 10.000. 
advanced processing techniques are employed and the capability 
for driving low-impedance terminated lines is provided. MECL III 
is recommended for new designs. 




F SUFFIX 

CERAMIC PACKAOE 

CASE 650 



L SUFFIX 

CERAMIC TACKAGE 

CASE 620 



GENERAL FEATURES 

• Gate Switching Speeds of 1 ns typical 

• Capability of Oriving Terminated Lines with Impedance as 

Low as 50 Ohms 

• Flip-Flop Toggle Rate Greater Than 500 MHz 

• Operation with Unused Inputs Left Open 

• Compatibility with MECL 10,000 Series 

• Counting Speeds to above 1 GHz 



• 



F SUFFIX 

CERAMIC PACKAGE 

CASE 607 





L SUFFIX 

CERAMIC PACKAGE 

CASE 632 



P SUFFIX 

PLASTIC PACKAGE 

CASE 646 



P SUFFIX 

PLASTIC PACKAGE 

CASE 6*8 



FUNCTIONS AND CHARACTERISTICS IV CC ■ 0. V EE ■ 


-5.2V.T A « 25°C 


unless otherwise noted.) 




Function 


Type© 
-30° to ♦88°C 


Loading Factor # 
Each Output 


Propagation Daley 

50-ohm Load 

nstyp 


Power Dissipation 

(NoLoadl 

mW 

typ/pkg 


Case 


High Bandwidth 

Quad 2-lnput OR/NOR Gate 


MC1601 




75 


600 


650 


High Bandwidth 

Triple 2-2-3 Input OR/NOR Gate 


MCI 602 


- 


0.75 


460 


650 


High Bandwidth 4-5-lnput OR/NOR Gate 


MCI 603 


- 


0.75 


320 


650 


High Bandwidth Triple Line Receiver 


MC1604 


- 


0.75 


460 


650 


Dual Type D Master-Slave Flip-Flop 


MCI605 


- 


500 MHz typ 


525 


650 


Voltage Controlled Oscillator 


MCI 648 


- 


•225MHztyp 


150 


607.632.646 


Dual A/D Comparator 


MC1650 


70 


3.5 


275 


620.650 


Dual A/D Comparator 


MC1651 


70 


30 


275 


620.650 


Binary Counter 


MC1654 


70 


•325MHz typ 


750 LLJ 


620 


Voltage-Controlled Multivibrator 


MC1658 


70 


•150 MHz typ 


125 


620.648.650 


Dual 4-lnput OR/NOR Gate 


MC1660 


70 


1.1 


120 


620,650 


Quad 2-lnput NOR Gate 


MC1662 


70 


1.1 


240 


620,650 


Quad 2-lnput OR Gate 


MC1664 


70 


1.1 


240 


620,650 


Dual Clocked R-S Flip-Flop 


MC1666 


70 


i a 


220 


620.650 


Dual Clocked Latch 


MCI 668 


70 


1.8 


220 


620,650 


Master-Slave Type D Flip-Flop 


MC1670 


70 


•350 MHz typ 


220 


620.650 


Triple 2-lnput Exclusive OR Gate 


MC1672 


70 


1.3 


220 


620,650 


Triple 2-lnput Exclusive NOR Gate 


MC1674 


70 


1.3 


220 


620.650 


Bt-Quinary Counter 


MCI 678 


70 


•350 MHz typ 


750 L-LJ 


620 


Dual 4-5-lnput OR /NOR Gate 


MC1688 


70 


0.8 


125 


650 


UHF Prescaler Type D Flip-Flop 


MC1690 


70 


•500 MHz min 


200 


620.650 


Quad Line Receiver 


MCI 692 


70 


1.1 


220 


620.650 


4-Bit Shift Register 


MCI 694 


70 


•325 MHz typ 


750 U-l 


620 


1 GHz Divide-By-Ten Counter 


MCI 696 


- 


•1 GHz min 


650 


650 


Divide-By-Four Gigahertz Counter 


MC1699 


- 


•1.2 GHz typ 


650 


650 



Q L suffix denoios Dual Inline Ceramic Package, F suffix denotes Ceramic Flat Package. P suffix denotes Dual In-Line Plastic Pact. 
do . MC1600L - Ceramic Dual In-Line Package. MC1600F - Ceramic Flat Package. MC1600P - Plastic Dual In-Line Package). 

#0C Loading Factors are based on 

1 . Full load output current. i L ■ -26 mAdc max 

2, Maximum input current. Ij n - 350 ^Adc 



' Requires Heat Sink - IERCLIC-214A2WCB or equivalent. 
•Toggle Frequency 



2-4 



INTEGRATED CIRCUITS 



MEGALOGIC LSI 



MEGALOGIC is a bipolar LSI family of low-cost 
products directed to the computer, industrial, and con- 
sumer markets, for both MPU and non-MPU applications. 
The family will include technologies such as TRL and 
|2l, plus others that may be applicable. Design techniques 
will encompass the production-proven gate array technique 
plus other design approaches to provide the flexibility 



required for cost-effective, standard bipolar LSI functions. 
Designers can now implement highly complex systems 
with only a few basic off-the-shelf LSI components. 
Benefits include lower system costs, off-the-shelf avail- 
ability, improved reliability, lower system power drain, 
fewer parts to assemble and inspect, and more compact 
system architecture. 



BIPOLAR LSI GATE ARRAYS 

Megalogic encompasses several design approaches to 
Bipolar LSI. One approach is the basic gate array. The 
basic arrays with the addition of custom metalization. can 
be connected quickly and economically into high-density 
functions of equivalent complexity. 



Characteristic 


XC160 


XC400 


Number of Gates 


160 


400 


Number of Bonding Pads 


48 


74 


Fan-In 


3 


3 


Fan-Out (Internal) 


5 


5 


Propagation Delay 


25 ns 


25 ns 


Power Dissipation (Chip) 


480 mW 


1200mW 


Logic "0" Level* 


0.5 V 


0.5 V 


Logic "1" Level* 


2.4 V 


2.4 V 


Die Size (Mils) 


74 x 103 


123 x 125 



"External, ai specified load. 





L SUFFIX 

CERAMIC PACKAGE 
CASE 623 



P SUFFIX 

PLASTIC PACKAGE 
CASE 646 





P SUFFIX 

PLASTIC PACKAGE 

CASE 648 



P SUFFIX 

PLASTIC PACKAGE 

CASE 649 



STANDARD PRODUCT LINE 

The following standard Bipolar LSI parts have been defined, and are available. 



CW.ic. 


Function 


Cm 


Applications 


MC8500 


CRCC Generator 


649 


Magnetic tape drive controllers 
using NRZI recording: 7 or 9 channels. 


MC8501 


Error Pattern Register 


648 


MC8502 


LRCC/Dala Register 


649 


MC8503 


Universal Polynomial Generator 
116-Bit) 


646 


Cassette, floppy disc, data com- 
munications 


MC8504 


Universal Presettable Polynomial 
Generator (4-Bit. Cascadable) 


648 


High-speed disc controllers, digital 
(iltering 


MC8505 


MOS Dynamic Memory Refresh 
Logic Circuit 


648 


Add-on memory, memory 
applications 


MC8506 


Polynomial Generator (16-Bit) 


648 


Floppy disc. SDLC terminals 


MC8520 


Deskcw/Queue Register 


623 


Magnetic tape drive controllers, phase 
encoded 


MC8521- 


Data Recovery 


TBA 


MC8522" 


2-of-8 Tone Decoder 
(Low Frequency) 


TBA 


Digital communications, touch tone 
receivers, telephone networks, mobile 
radio systems. 


MC8523' 


2-o(-8 Tone Decoder 
(High Frequency) 


TBA 


MC8524- 


2-of-8 Tone Decoder Timing 
and Control 


TBA 



•To be announced. 



2-5 



PQ.IL 



INTEGRATED CIRCUITS 



PHIL 






LOGIC PRODUCTS 

for 

PHASE-LOCKED LOOP APPLICATIONS 











F SUFFIX 

CERAMIC PACKAGE 

CASE 6C7 



L SUFFIX 

CERAMIC PACKAGE 

CASE 620 



L SUFFIX 

CERAMIC PACKAGE 

CASE 632 



P SUFFIX 

PLASTIC PACKAGE 

CASE 646 



P SUFFIX 

PLASTIC PACKAGE 

CASE 648 



Motorola offers the designer a choice of specially designed integrated circuits for performing 
phase-locked loop functions: phase detection, frequency division, filtering, and voltage-controlled 
signal generation. In addition, the choice of circuits permits the designer to select TTL circuits 
where speed is not critical «25 MHz), or ECL circuits where high speed is required. The MCI 2000 
series circuits will operate at either +5.0 V or -5.2 V. and translators are included where needed so 
that all functions are compatible. 



FUNCTIONS AND CHARACTERISTICS 



Function 


Typ« 


Family 


Frequency 
MHz typ 


Power 

Dissipation 

mW 

typ/pkg 


-55 to +125°C 


Case 


to +75°C 


Case 


Emitter-Coupled Oscillator 


- 


- 


MC1648 


607,632.646 


MECL 


225 


150 


Voltage-Controlled Multivibrator 


- 


- 


MC1658 


6?0 648 


MECL 


150 


125 


Dual Voltage-Controlled Multivibrator 


MC4324 


60 7 .63-' 


MC4024 


60 7.632.646 


MTTL 


30 


150 


Phase-Frequency Detector 


MC4344 


607.632 


MC4044 


607.632,646 


MTTL 


8.0 


85 


Di(| IS Mixer Translator 


- 


— 


MCI 2000 


632 


MECL 


250 


470 


Two-Modulus Prescaler 


— 


— 


MC12012 


620 


MECL 


200 


500 


Two-Modulus Prescaler 


MC12513 


620 


MC12013 


620.648 


MECL 


600 


- 


Counter Control Logic 




- 


MC12014 


620 


MTTL 


25 


25 


Offset Control 


MCI 2520 


632 


MCI 2020 


632.646 


MECL 




- 


Offset Programmer 


MCI 2521 


620 


MC 12021 


620.648 


MECL 


- 


- 


Phase-Frequency Detector 


MCI 2540 


632 


MC 12040 


632.648 


MECL 


70 


425 


Crystal Oscillator 


MCI 2560 


620 


MC 12060 


620.648 


MTTL 


0.1 to 2 


175 


Crystal Oscillator 


MCI 2561 


620 


MCI 2061 


620 648 


MTTL 


2.0 to 20 


210 


Programmable Modulo-N 

Decade Counter f-=-0 thru 9) 


MC4316 
(MC54416I 


620 


MC4016 
(MC74416) 


620.648 


MTTL 


8.0 


250 


Programmable Modulo-N 

Counter f-r0. 1 and -rO thru 4) 


MC4317 
(MC54417) 


620 


MC4017 
(MC74417) 


620.648 


MTTL 


8.0 


250 


Programmable Modulo-N 

Hexadecimal Counter 1-^0 thru 151 


MC4318 
IMC54418) 


620 


MC4018 
(MC74418) 


620.648 


MTTL 


8.0 


250 


Programmable Modulo-N 

Counter (-=-0 thru 3 and -rO thru 31 


MC4319 
(MC54419) 


620 


MC4019 

IMC74419I 


620,648 


MTTL 


8.0 


250 



26 



mm\L 



•MC660 Series (-30 to +75°C) 



INTEGRATED CIRCUITS 



mm, 



Motorola's MHTL integrated circuits are especially designed to meet 
the requirements of industrial applications because of the outstanding 
noise immunity. MHTL circuits provide error-free operation in high 
noise environments far beyond the tolerance of other integrated circuit 
families. Multifunction packages and broad operating temperature range 
further tailor this device family to the industrial designer's requirements. 

•MHTL cermaic dual In-line devices are available with specification over the -55°C 
to - 125°C temperature range and/or with hi-rel processing on special order. See 
your Motorola representative for pricing. 



flP 





P SUFFIX 

PLASTIC PACKAGE 

CASE 675 




10 



PC SUFFIX 

PLASTIC PACKAGE 

CASE 676 




PSUFFIX 

PLASTIC PACKAGE 

CASE 646 



PSUFFIX 

PLASTIC PACKAGE 
CASE 648 



L SUFFIX 

CERAMIC PACKAGE 
CASE 620 



LSUFFIX 

CERAMIC PACKAGE 

CASE 632 



FUNCTIONS AND CHARACTERISTICS (V cc - 15 V : 1.0 Vdc. T A - 25°C) 



Function 


Type© 
-30 to 

• 75°C 


Loading 

Factor 

Each Output 


Propagation 
Delay 
nstyp 


Pov/ur 

Dissipation 

mW 

typ/pkg 


Can 


Expandable Dual 4-lnput NAND Gate (active pullup) 


MC660 


to 


110 


88/26(2) 


632.646 


Expandable Dual 4-lnput NAND Gate (passive pullup) 


MC661 


10 


125 


88 '26© 


632.646 


Expandable Dual 4-lnput Line Driver (NAND) 


MC662 


30 


M0 


180/26 © 


632.646 


Dual J K Flip Flop 


MC663 


9 


3.0MHI © 


200 


632.646 


Master Slave RS Flip-Flop 


MC664 


8 


3.0 MHi © 


160 


632,646 


Triple Level Translator 


MC66S 


MDTL 8 

MTTL III - 5.5 

MRTL - 5 


40 


83 (MDTL) 
104 (MRTL) 


632.646 


Triple Level Translator 


MC666 


10 


'5 


105 


632.646 


Dual Monostable Multivibrator 


MC667 


10 


140 


240 


632.646 


Quad 2-lnput NAND Gate (passive pullup) 


MC668 


10 


125 


1 76/52 © 


632.646 


Dual 4 Input Expander 


MC669 


- 


- 


- 


632.646 


Triple 3 input NAND Gate (passive pullup) 


MC670 


10 


125 


i 32 39 (?) 


632.1,41.; 


Triple 3 input NAND Gate (active pullup) 


MC671 


10 


1 10 


132/39 © 


632,646 


Quad 2-lnput NAND Gate (active pullup) 


MC672 


10 


110 


176/52® 


632.646 


D mi 2 npji AND OR INVERT Gate (active pullup) 


MC673 


10 


110 


160/50 @ 


632,646 


Dual 2 Input AND OR INVERT Gate (passive pullup) 


MC674 


10 


125 


160/50 © 


632,646 


Dual Pulse Stretcher 


MC675 


10 


150 (pins 1,6) 
110 (pins 5,6) 


180 


632,646 


BCD To-Decimal Decoder. Driver 


MC676 


- 


- 


3S0 


620,648 


Hex Inverter With Strobe (active pullup) 


MC677 


10 


110 


246/96 © 


620,648 


Hox Inverter With Strobe (without output resistors) 


MC678 


10 


125 


192/96 © 


620.648 


Dual Lamp/Line Driver 


MC679.B 


125 


0.5 sis typ 


250/30 © 


632,646 


Hex inverter (active pullup) 


MC680 


10 


1 10 


246 96 :• 


632 646 


Hex Inverter (open collector) 


MC681 


10 


125 


192/96 © 


632.646 


Quad Latch 


MC682 


10 


250 


3/5 


620.648 


Quad 2 Input Exclusive OH Gate 


MC683 


10 


- 


380 


632 64b 


Decade Counter 


MC684 


10 


5 MHi © 


480 


620.648 


Binary Counter 


MC685 


10 


5 MH* © 


480 


620.648 


4 b,l Shifl Rug. lie' 


MC686 


10 


0.5 MM! © 


480 


620.648 


Dual JK Flip-Flop 


MC688 


10 


2.5 MHi © 


375 


620.648 


Hex Inverter (high voltage) 


MC689 


10 


150 


17 3 b5 © 


632,646 


Hex Inverter (active pullup) 


VC690 


10 


ISO 


173/55 @ 


632,646 


Hex inverter/interface Element 


MC691 


10 


300 (I-t) 
150 (!•-) 


500/150© 


632.646 


Duel Interface Element. Line Driver/Receiver 


MC696 


ioa> iov v cc 

15<S> 25 V V CC 


750 


225/60 © 


620.648 


Dual Power AND Gate 


MC699 


10 


650 (pins 1,6) 
350 (pins 1.31 


650/350 © 


675,676 ® 



L sutfiK denotes Dual In-Line Ceramic Package. P denotes Dual in Line Plastic Package (i.e., MC660L ■ Dual in-Line Ceramic, 

MC660P • Dual m Line Plastic Package) 
(2) Inputs High/Input Low ® * Tog @ Case 676 available on special order only. 

2-7 



MC830 Series (0 to +75°C) 
MC930 Seriei (-55 to +125°) 

MAXIMUM RATINGS 



INTEGRATED CIRCUITS 



DffllML 



Rating 


Value 


Unit 


Supply Voltage - 
Operating 

Continuous 
Pulsed. < 1 Mcona 


4.5 to 5.5 
8.0 
12 


Vdc 


Output Current (Into Outputs with 
Outputs Low) 

Buffers, Power Gates - Continuous 

Pulsed. < 30 rns 

All other types - Continuous 

Pulsed. < 30 mi 


100 

300 
30 
90 


mAdc 


Input Forward Current 
Continuous 
Pulsed. < 30 mi 
or 

Negative Voltage at Input 
Continuous 
Pulsed. < 30 mi 


-10 
-30 

-0.5 

1 5 


mAdc 
Vdc 


Input Reverse Current 

or 
Positive Voltage at Oiode Input 


1.0 
5.5 


mAdc 
Vdc 


Operating Temperature Range 
MC930 Series 
WC830Ser.es 


-55 to -125 
to • 75 


°C 


Storage Temperature Range 
Metal Can. Ceramic Package 
Plastic Package 


-65 to '150 
-55 to -125 


°C 


Maximum Junction Temperature 
MC930 Series 
MC830Ser.es 


175 

150 


°C 



MDTL integrated circuits provide en excellent balance of speed, 
power dissipation, and noise immunity for general purpose digital 
applications. The line includes many multifunction types. Addi- 
tional logic power is provided by the "wired OH" capability of the 
basic MDTL gate. 




G SUFFIX 

METAL PACKAGE 

CASE 603 02 

TO-100 




F SUFFIX 

CERAMIC PACKAGE 
CASE 607 





L SUFFIX 

CERAMIC PACKAGE 

CASE 620 



P SUFFIX 

PLASTIC PACKAGE 
CASE 646 



P SUFFIX 

PLASTIC PACKAGE 
CASE 648 




L SUFFIX 

CERAMIC PACKAGE 

CASE 632 

TO-116 



FUNCTIONS AND CHARACTERISTICS 


IVCC * 5 ° Vdc - T A " 25°C) 














Type © 




Tvpe © 




Loading 
Factor 


Propaga- 
tion 


Power 
Dissipation 




to 




-55 to 




Each 


Delay 


mW 


Function 


• r-5°C 


Case 


■ 12S°C 


Case 


Output 


nstyp 


typ/pkg 


Expandable Dual 4 Input NAND Gate 


MC830 


607,632.646 


MC930 


007. 632 


8 


i0 


22 


Expandable Dual 3 2 Input NANO Gate 


MC830 


603 


MC930 


603 


8 


30 


22 


Clocked Fhp-Flop 


MC831 


603,607,632.646 


MC931 


603.607.632 


7 


40 


5S 


Expandable Oual 4 Input Suffer 


MC832 


607,632.646 


MC932 


607.632 


25 


35 


85 


Expandable Duel 3 2 Input Buffer 


MC832 


603 


MC932 


603 


7 '5 


35 


85 


Dual 4 Input Expander 


MC833 


607.632,646 


MC933 


607.632 


_ 


_ 


_ 


Dual 4 3 Input Expander 


MC833 


603 


MC933 


603 


— 


- 


- 


Hex Inverter 


VIC834 


607,632.646 


MC934 


607.632 


8 


30 


66 


Hex Inverter 1 wthout output resistors! 


MCB35 


607.632,646 


MC935 


607.632 


8 


30 


42 


Hex Inverter 


MC836 


607.632.646 


MC936 


607 632 


8 


30 


66 


Hex Inverter 


V1CH 17 


607.632.646 


MC937 


607.632 


7 


25 


90 


Decade Counter 


WC838 


607.632.646 


MC938 


607.632 


8 


30 MHz CD 


150 


Divide by Sixteen Counter 


MC839 


607.632,646 


MC939 


607.632 


8 


30 MHl $ 


150 


Hex Inverter (without input diodes) 


MC840 


607.632.646 


MC940 


607.632 


8 


30 


66 


Hex Inverter (without output resistors 
















and input diodes) 


MC841 


607.632.646 


MC'U 1 


607.632 


■6 


30 


42 


4-lnpul AND Driver with NOR Strobe 


MC843 


603 


MC943 


603 


?'j0 .-.a 


30 


50 


Expandable Oual 4 Input Power Gate 


MC844 


607.632.646 


MC944 


607.632 


27 


30 


65 


Expandable Dual 3 2 Input Power Gate 


MC844 


603 


MC944 


603 


27 


30 


65 


Clocked Flip Flop 


MC845 


603.607.632,646 


MC945 


603.607,632 


12/10 ® 


40 


60 


Quad 2-lnput NAND Gate 


MC846 


607.632.646 


MC946 


607.632 


B 


30 


44 


Quad Inverter 


MC846 


603 


MC946 


603 


8 


30 


44 


Quad 2 Input Gale Expander 


MC847 


607.632.646 


MC947 


607,632 


- 


- 




Clocked Flip Flop 


MC848 


603.607,632,646 


MC948 


603.607,632 


11/9 ® 


40 


70 


Quad 2 Input NANO Gate (2 k pull up resistor) 


MCB49 


607.632.646 


MC949 


607,632 


7 


25 


66 


Quad Inverter (2 k pullup resistor) 


MC849 


603 


MC949 


603 


7 


25 


60 



*■!' F tut fist dsnoteH Caramlc Fist Package, Q lufiin u»not»i Me la I Con, L .u"lx denote* Dual In Ltna Caramlc Package, P lu'llx denotai 
Oual In-Llna Pintle Packaga. (I.e.. MCB30Q - Maial Can. MC830F - Flat Package. MC830L - Dual In Lino Caramlc Package. 

*2s Fan-out fof MC830 Mrlai tyoa/Fen-out for MC930 M'lat type. 

' Maximum counting frequency- 



®. 



2-8 



MDTL Integrated Circuits (continued) 



FUNCTIONS AND CHARACTERISTICS 


tVcc * 5 Vdc. T A ■ 2S°C) (continued) 












Type © 




Typ« © 




Loading 
Factor 


Propaga- 
tion 


Power 

Dissipation 




to 




-55 to 




Etch 


Daley 


mW 


Function 


♦75°C 


Case 


♦ 125°C 


Cue 


Output 


nstyp 


tvp/pkg 


Pulse Triggered Binary 


r/CB'jO 


603.607.632.646 


MC950 


603.607.632 


10/8 ® 


15 


50 


Monosteble Multivibrator 


MC8S1 


603.607.632.646 


MC951 


603.607.632 


to 


40 


30 


Dual J K Flip Ftop (common clock and 
















Cq, separate Sqi 


MCSS2 


607.632.646 


MC9S2 


607.632 


12/10® 


40 


120 


Duel J-K Flip Flop (separate clock end 
















Sq. no C D > 


MC8S3 


607.632.646 


VC9S3 


607.632 


12/10 ® 


40 


120 


Duel JK Flip- Flop (common clock and Cq. 
















separate Sq. 2 k pullup resistor) 


MC855 


607.632,646 


MC95S 


607.632 


11/9 ® 


40 


140 


Duel J K Flip Flop (separate clock and Sq. 
















no Cq. 2 k pullup resistor) 


MCS56 


607.632.646 


MC956 


607.632 


11/9 ® 


40 


140 


Qued 2-lnput Buffer 


MC857 


607,632.646 


MC957 


607.632 


25 


35 


170 


Qued 2 Input NAND Power Gete 


MC858 


607.632.646 


MC958 


607.632 


27 


30 


130 


Expendeble Duel 4 Input NANO Cete 
















(2 k pullup resistor) 


MC861 


607.632.646 


MC96) 


607.632 


7 


25 


33 


Expendeble Duel 3 2 Input NAND Gate 
















(2 k pullup resistor) 


MC861 


603 


MC961 


603 


7 


25 


33 


Triple 3 Input NAND Gete 


MC862 


607.646 


MC962 


607.632 


8 


30 


33 


Dual 2-lnput NAND Gete plus Inverter 


MC862 


603 


MC962 


603 


a 


30 


30 


T.ipie 3 Input NANO Gete 12 k pullup 
















resistor) 


MC863 


607.646 


MC963 


607,632 


i 


25 


50 


Duel 2-lnput NANO Gete plus Inverter 
















(2 k pullup resistor) 


MC863 


603 


MC963 


603 


7 


25 


45 


Duel 6 Input NANO Gete 


MC1800 


607.632.646 


MC19O0 


607.632 


8 


30 


22 


Ouel 5 Input NAND Gate 1 2k pull up resistor) 


MC1801 


607.632,646 


MC1901 


607.632 


7 


28 


33 


Expendeble 8 Input NANO Gete 


VC1802 


607.632.646 


MCI 902 


607.632 


8 


30 


11 


Expendeble 8 Input NAND Gete 
















(2 k pullup resistor) 


MCI803 


607.632.646 


MC1903 


607.632 


7 


25 


165 


10 input NAND Gete 


MC1804 


607,632.646 


MC1904 


607.632 


8 


30 


11 


10- Input NAND Gete (2k pullup resistor) 


MCI 805 


607.632.646 


MC1905 


607.632 


7 


25 


165 


Quad ? Input AND Gate 


MC1806 


607. 833 MA 


MCI 906 


607.632 


8 


35 


72 


Qued 2 Input AND Gete (2k pullup resistor) 


MCI 807 


607.632.646 


MC1907 


607.632 


7 


30 


85 


Qued 2 Input OR Gete 


MCI 808 


607,632.646 


MC1908 


607.632 


8 


35 


97 


Qued 2-lnput OR Gete (2k pullup resistor) 


MCI 809 


607.632.646 


MCI 909 


607.632 


7 


30 


115 


Qued 2 Input NOR Gete 


MC1810 


607.632.646 


MC1910 


607.632 


8 


30 


60 


Qued 2-lnput NOR Gate (2k pullup resistor) 


MC1811 


607.632.646 


MC1911 


607.632 


7 


25 


72 


Qued 2 input Exclusive OR Gete 


MC1812 


607.632.646 


MCI912 


607.632 


8 


40 


120 


Qued Latch 


MC1813 


620.648 


MC1913 


620 


7 


35 


220 


Quad Letch 


MC1814 


607.632.646 


MC1914 


607.632 


7 


35 


220 


Parallel Geted Clocked Flip Flop 


MC1815 


607.632.646 


MC191S 


607.632 


12/10® 


40 


65 


Parallel Geted Clocked Flip Flop 


MC1816 


607.632.646 


MC1916 


607.632 


11/9 ® 


40 


75 


Qued 2 Input NAND Gete (without 
















output resistor) 


MC1818 


607.632.646 


MC1918 


607.632 


8 


30 


32 


High Voltage Hex Inverter 


MC1820 


632.646 






7 


40 


42 



U7 F suffix danotM Ceramic Flat Package, G sum* emotes 
Dual In Line Plastic Package. (I.e.. MCSJOO - Metal Car. 
@ Pea-em lor MCS30 series type/Fan-oul for MC930 iarl» 
t—r Maximum counting frequency. 



Metal Can, L suffix oenotes Dual In-Llna Ceramic Package, P suffix oenotes 
. MCS30F ■ Flat Package. MC830L - Dual In-Llna Ceramic Package. 















2-9 



RflBffl 



MEDIUM POWER 
INTEGRATED CIRCUITS 



musim 



MC70O series (+15 to +55°C) 

MC800 series (0 to +75 and to +100°C) 

MC900 series (-55 to +125°C) 



Medium-power MRTL integrated circuits pro- 
vide a broad line of low-cost, multi-function, 
digital circuits. Typical gate speed is 12 ns, with 
powerdissipationaveragesof 19 mW (input high) 
and 5.0 mW (inputs low! per logic node. Devices 
from the MC700 Series have loading factors 
normalized for compatibility with the low-power 
mW MRTL devices for ease in mixing the two 
power levels in a system. 



G SUFFIX 

METAL PACKAGE 

CASE 601 



F SUFFIX 

CERAMIC PACKAGE 

CASE 606 

T091 



G SUFFIX 

METAL PACKAGE 

CASE 603 02 

TO 100 



-tf* 



F SUFFIX 

CEBAMIC PACKAGE 

CASE 607 




PSUFFIX 

PLASTIC PACKAGE 

CASE 646 




P SUFFIX 

PLASTIC PACKAGE 

CASE 648 



FUNCTIONS AND CHARACTERISTICS 

<VCC ■ 3.0 V±l6% for MC900 Series and MC800F. G Series, 3.6 V 



10% for MC800P Series and V1C700 Series, T a = 25°CI 





















Loading Factor 




Power Dissipation 






Typ.® 
MC700 




Typ»<3> 

MC800 




Typ.® 
MC800 




Typ.® 
MC900 




Each Output 




mW typ/pkg 




















MC70O 1 


MC80QF.G 






Sar.es 




Serie. 




Series 




Ser.es 




With 






and 


and 






♦ 15 to 




Oto 




Oto 




-56 to 




mW 


With 


*P 


MC800P 


MC9O0 




Function 


+55°C 


Can 


*75°C 


C**e 


♦I00°C 


Case 


♦125°C 


Case 


MRTL 


MRTL 


nstyp 


Series 


Series 




Buffer 


MC700 


601.606 






mcboo 


601 606 


MC900 


601.606 


60 


25 


20 


25/50 Q 


16/45 Jg) 




Counter Adapter 


MC701 


601 






MC601 


601 


MC901 


601 


16 


5 


22 


80 


55 




R-S Flip-Flop 


'-•C702 


601 






MC802 


601 


MC902 


601 


13 


4 


14 


32 


22 




3-lnput NOR Gate 


MC703 


6.1.606 






MC803 


601 .606 


MC903 


601.606 


16 


5 


12 


28/7.5 @ 


19/5.0 <f} 




Half A00#< 


MC704 


601.606 






MC804 


601.606 


MC904 


601.606 


16 


5 


14 


•:■: 


45 




Half-Shift Register 


VC705 


601.606 






MC80S 601. 6O6 


MC90S 


601 606 


13 


4 


22 


75 


S3 




Half-Shift Regmar (w/o inverter) 


MC70« 


601.606 






MC806 '601.606 


MC906 


601.606 


13 


4 


22 


52 


36 




d-inpj' NOR Gate 


MC707 


601.606 






MC807 601.606 


MC907 


601.606 


16 


5 


12 


30/7.5 @ 


19/50 © 




Dual 2-lnput NOR Gate 


MC714 


601.606 






MC814 601.606 


MC914 


601.606 


16 


5 


12 


50/15 © 


38/10 © 




Dual 3 Input NOR Gate 


MC7I5 


603.606.646 


MC815 


646 


'.»C8 l b 603.606 


MC915 


603.606 


16 


5 


12 


55/15 @ 


38/10 @ 




J-K Flip-Flop 






MC816 


6-5.. 


MCSlb 601,606 


MC916 


601.606 




3 


30 


91/79 Of 


62/54 ® 




J-K Flip Flop 


MC723 


601.606.646 












10 


- 


30 


91/79 q» 






Quod 2-lnput NOP Gate 


MC724.A 


607.646 


MC824.A 


646 


MC824 607 


MC924 


607 


16 


6 


12 


100/30 @ 


76/20 ® 




Dual 4-lnput NOR Gate 


MC725 


607.646 


MC825 


646 


MCB25 607 


WC925 


607 


16 


5 


12 


60/15 @ 


38/10 ® 




J K Flip P'od 


MC726 


bOli 606.646 


MC826 


646 


MC826 603.606 


UC926 


603.606 


16 


5 


35 


1O0/S6 9 


130'65 9 




Quad Inverter 


MC727 


603.606 






MCB27 603.606 


MC927 


603.606 


16 


5 


12 


87/30 @ 


76/20 ® 




5-lnput NOR Gate 


MC729 


601.606 






MCB29 603.606 


MC929 


601.606 


16 


5 


12 


33/7.S @ 


19/5- © 




Quad Exclusive OR Gate 


MC771 


607.646 


MC871 


646 


MC871 1 607 


MC971 


607 


16 


5 


12 


28 


72 




J-K Flip-Flop 


MC774 


601 






UC874 ' 601 


MC974 


601 


16 


5 


35 


100/86 ® 


130/65 ® 




Dual Half-Adder 


'/ C 7 7 5 


607,646 


MC875 


646 


MOW, 


U0 7 


MC976 


•-0/ 


16 


5 


20 


120 


90 




Binary Up Counter 


MC777 


646 


MCB77 


646 










10 


2 


- 


180 
141/124 @ 






1 J-K Flip-Flop. 1 Expander. 2 Buffers 


MC779 


646 


MC879 


646 










- 


- 


— 


— 




Decade Up Counter 


VC7B0 


646 


MC880 


646 










10 


3 




250 


— 




Dual Half-Shift Register 


MC7B3 


607.646 


MC883 


646 


MCB83 


607 


MC983 


607 


13 


4 


22 


140 


110 




Dual Half-Shift Register (w/inverter) 


MC784 


607.646 


VCHM4 


646 


MC884 


807 


MC8S4 


607 


13 


4 


22 


too 


75 




Quad 2-lnput Expander 


MC7B5.A 


607.646 


VC8S5.A 


646 


MC885 


607 


MC985 


607 




- 


12 


20/- ce 


i7/- ca 




Duet 4-lnput Expander 


MC786 


607.646 


MC886 


646 


MC886 


607 


MC986 


607 


— 


- 


12 


20/- a) 


17/- © 




1 J-K Flip-Flop. 1 Inverter,? Buffers 


MC7B7 


646 


MCB87 


646 












— 


139/132 ® 


— 




Dual 3-lnput Buffer, non-inverting 


MC788 


607,646 


MC888 


646 1 MCBBB 


607 


MC988 


607 


80 


25 


24 


145/56 @ 


128/42 (?) 




Hex Inverter 


MC7B9.A 


G07.646 


Mcaay.A 


646 ■ MC8B9 


607 


WC9B9 


607 


16 


5 


12 


130/15 qp 


76/20 © 




Dual J-K Flip-Flop 


MC790 


607.646 


MC890 


646 , MC890 


607 


MC990 


607 


10 


3 


35 


1B2/158 @ 


124/108 ® 




Dual J-K Flip-Flop 


MC791 


607.646 


MCB91 


646 


MC891 


607 


MC991 


607 


16 


5 


40 


190/160 ® 


155/130 Q|> 




Triple 3-lnput NOR Gate 


MC792 


607.646 


MCB92 


646 


MC892 


607 


MC992 


607 


16 


5 


12 


82/24 ® 


57/15 © 




Serial-Parallel Shift Register 


MC794 


646 


MCB94 


646 










16 


5 


55 


225 


- 




Dual Full Adder 


MC796 


607,646 


MC896 


bit. 


MC896 


607 


MC996 


607 


16 


5 


60 


225 


190 




Dual Full Subtractor 


MC797 


607.646 


MCB97 


Mt. 


MCtt>7 


807 


MC997 


607 


16 


5 


60 


225 


190 




Dual Buffer 


MC799 


603,606,646 


MCB99 


646 


MC899 


603,606 


MC999 


603.606 


BO 


25 


15 


50/90 (5) 


32/90 (§) 




Dual 4-Channel Deta Selector 


MC9701 


646 


MC980I 


646 










16 


5 


25 


100 






Dual JK Flip-Flop 


MC9702 


646 


MCB802 


646 










10 


3 


35 


1B2/15B © 


- 




4-Bit Parallel Full Adder 


MC9704 


648 


MC9804 


G4B 










6 


2 


125 


265 






Dual d Channel Data Distributor 


MC9707 


64B 


MC9807 


648 










16 


5 


2h 


160 


- 




Quad Schmitt Trigger 


MC9709 


646 


MC9809 


646 










16 


B 


30 


95 


- 




Quad 2-lnput AND Gate 


MC9713 


646 


MC9813 


646 










16 


5 


28 


100 


— 




Quad 2-lnput NANQ Gate 


MC9714 


646 


MC9B14 


646 










16 


5 


14 ® 


145 


— 




Quad 2-lnput OR Gate 


MC9715 


646 


MC9B15 


646 










16 


5 


14 % 


28/100 © 


— 




Hex Expinde- 


MC9719.A 


646 


MC9819.A 


646 














12 


13/- ® 


~~ 





"A" suffix devices have insured capability to drive at least one MTTL load or two MOTL loads 
G Suffix denotes Metal Cen, F suffix denotes Flet Package, P suffix denotes Plastic Peckege. 
ffi Inputs High/Inputs Low 
@ Only Clock Inputs High/Inputs Low 

<§) Only Clock Input high on flip-flop, other element Inputs High/inputs Low 
(J) Operating Frequency (MHil 



2-10 



mffl7 EflElTIL 

MC708 series (+15 to +55°C) 
MC808 series (0 to +75 C C) 
MC908 series (-55 to +125°C) 



Low-power mWMRTL integrated circuits are 
designed for use where minimal system power 
consumption is desired. Typical gate speed is 
27 ns, with typical power dissipation of 6.5 mW 
(input high) and 0.5 mW (inputs low) per logic 
node. Devices from the MC708 Series can be 
mixed with devices from the medium-power 
MC700 Series which has loading factors normal- 
ized for compatibility. 



INTEGRATED CIRCUITS 



mW RflCM 






G SUFFIX 

METAL PACKAGE 
CASE 601 



■£?■ 



F SUFFIX 

CERAMIC PACKAGE 

CASE 606 

TO-91 



G SUFFIX 

METAL PACKAGE 

CASE 603 

TO-100 



F SUFFIX 

CERAMIC PACKAGE 

CASE 607 




PSUFFIX 

PLASTIC PACKAGE 

CASE 646 




PSUFFIX 

PLASTIC PACKAGE 

CASE 648 



FUNCTIONS AND CHARACTERISTICS 

(Vcc ■ 30 V ± 10% lor MC908 Series. 3.6 V 1 10% for MC808 Series and MC708 Series; T A 



25°CI 



Function 


Type® 
MC708 
Series 
+ 15 to 
♦S5°C 


Type® 
MC808 
Series 
to 
♦75°C 


Case 


Type® 
MC908 
Series 
-55 to 
♦125°C 


Case 


Loading 

Factor 

Each 

Output 

All 
Series 


'P 

ns typ 


Power Dissipation 

mW typ/pkg 


MC708 

Series 

& MC808 

Series 


MC908 

Series 


Half Adder 


MC708 


MC808 


601.606 


WC908 


601.606 


4 


60 


19/12 5 © 


14/8.5 2) 


2-lnput Buffer 


MC709 


MC809 


601.606 


MC909 


601.606 


30 


57 


7.0/23 ffi 


5.5/16 <2> 


Dual 2-lnput NOR Gate 


MC710 


MC810 


601.606 


MC910 


601.606 


■■■ 


.'7 


10/2.5 2> 


8.0/1.0 (5 


4 Input OR/NOR Gat* 


MC71 1 


MC811 


601.606 


MC911 


001 006 


4 


60 


8.0/5.5 ffi 


6.0/3.5 ffi 


Hall Adder 


MC712 


MC812 


601.606 


MC912 


601.606 


4 


66 


15 5/10 5 ® 


11.5/5.5 (2) 


Type D Flip Flop 


MC713 


MC813 


601.606 


MC913 


601 606 


3 


75 


24/17.5 G6 


17 5/13 & 


Quad 2 Input NOR Gate 


MC717 


MC817 


60 ■ ,,.16 


MC917 


607 


4 


27 


20/5.0 <X 


16/2.5 ffi 


Dual 3 Input NOR Gate 


MC718 


MC818 


603.606 646 


MC918 


603.606 


4 


27 


12/2.5 ffi 


9.5/1.0 a 


Dual 4 input NOR Gate 


MC719 


MC819 


607.646 


MC919 


607 


■-. 


27 


13/2.5 ffi 


11/1.0 ffi 


J K Flip-Flop 


MC720 


MC820 


601.606 


MC920 


601 600 


2 


50 


20 5/14 5 @ 


155/10 © 


Dual 2 input Gate Expander 


MC721 


MC821 


601.606 


MC921 


601.606 


- 


2/ 


3.0/ 3) 


3 0/ a 


J-K Flip Flop 


MC722 


MC822 


603.606.646 


MC922 


603.606 


■: 


70 


24/20 ffi 


175/13 ffi 


5 input NOR Gate 


MC728 


MC828 


601.606 


MC928 


601.606 


■■■ 


27 


7 5/1 © 


6.5/0.5 ffi 


Oual Exclusive 
OR/NOR Gate 


MC764 


MC864 


646 


- 




4 


- 


25 


- 


Quad Latch 


MC76 7.A 


MC867 ■■■ 


648 




- 


9 


00 


110 




BCD To Decimal Decoder 


M C ! ' 


MC8 70 


648 


- 


- 


7 


36 


100/- C5 


- 


Dual .( K Fhp nop 


MC776 


MC876 


607.646 


MC976 


607 


2 


50 


41/29 ffi 


31/20 ® 


Dual Tvpe O Flip-Flop 


MC778 


MC878 


607.646 


MC978 


607 


3 


60 


48/35 CB 


35/26 CT 


Dual Buffer 


MC781 


MC881 


601 


MCS81 


601 


30 


57 


14/46 @ 


11/32 @ 


J-K Flip-Flop 


MC782 


MC882 


601 


MC982 


601 


2 


80 


23/21 ffi 


15/13 ffi 


Triple 3 Input NOR Gate 


MC793 


MC893 


607.646 


MC993 


007 


•: 


27 


18/3 5 ® 


14/2 ffi 


Oual 2-lnput Buffer 


MC798 


MC898 


607.646 


MC998 


607 


30 


57 


14/46 ffi 


11/32 ffi 


Hex Inverter 


MC9718 


,>-C3E :8 


646 


- 


- 


4 


27 


7 3 .?, 


- 


Hex Expander 


MC9720 


MC9820 


646 


- 






12 


30 ffi 


- 


Quad 2-lnput Expander 


MC9721 


MC9821 


646 








27 


20/- ffl 




Dual J-K Fhp Flop 


MC9722 


MC9822 


646 




- 


4 


75 


24/- «> 


- 


Quad 7 input AND Gate 


MC972:1 


MC9823 


646 


- 


- 


4 


SO 


17 !S 


- 


Quad 2 Input NAND Gate 


MC97 24 


MC9824 


646 


- 


- 


--. 


50 


20/5 ffi 


- 


Quad J input OR QajM 


MCI/ 26 


MC982S 


646 




- 


4 


50 


-/7 ffi 





"A" suffix devices have insured capability to drive at least one WTIl load or two MDTL loads. 

CD G suffix denotes Metal Can. F suffix denotes Flat Package. P suffix denotes Plastic Package. 

® Inputs High/Inputs Low unless otherwise noted. 

v3) Direct Set and Oirect Clear Low. All other Inputs High/All Inputs Low. 

® Only Clock Input High/All Inputs Low. 

® One Input High/One Input Low. 

2-11 



mm 



BEAM LEAD INTEGRATED CIRCUITS 



B2™ 



MCBC5400 Series (-55 to +125°C) 



■f AM LEAD 




MCBC5400 series integrated circuits comprise a family of tran- 
sistor-transistor logic designed for general purpose digital applications. 
The family has a medium operating speed (15-30 MHz clock rate), 
good external noise immunity, high fan out, and the capability of 
driving capacitive loads of up to 600 pF. 

This series is produced using beam lead sealed junction technology. 
These devices are particularly useful in highly reliable systems using 
hybrid beam lead assembly techniques. 



t 

C 12 



uuu 



nnnn 



c 

C 14 
C 1 



uuuu 



BEAM LEAD CHIP 

(12 Loan l 
(Geometry Side Down) 



BEAM LEAD CHIP 

(14 Lead) 
(Geometry Side Down) 



MAXIMUM RATINGS 



Rating 


Value 


Unit 




Power Supply Voltage 


7.0 


Vdc 




Input Voltage 


5.5 


Vclc 




Operating Temperature Range 


-55 to* 125 


°C 




Storage Temperature Range 


-65 to ' 150 


°c 





nnnn 



16 
1 

UUUU 



nnnnnn 



24 
1 

uu u u u u 



BEAM LEAD CHIP 

(16 Lead) 

(Geometry Side Down) 



BEAM LEAD CHIP 

(24 Lead) 

(Geometry Sid* Down) 



FUNCTIONS AND CHARACTERISTICS (V cc - 5.0 V. T A - 25°C) 



Function 


Type 


Loading 

Factor 

Each Output 


Propagation 
Delay 
natyp 


Power 
Dissipation 

raW 
typ/pkg 


Number 
of 

Beams 




Chip 

-66°c to ♦ia°c 




Quad 2-lnput NAND Gate 


MCBC5400 


10 


10 


40 


14 




Ouad 2-lnput NAND Gate 
(Open Collector Output) 


MCBC5401 


10 


35 


■10 


14 




Quad 2-lnput NOR Gale 


MCBC5402 


10 


10 


48 


16 




Hex Inverter 


MCBC5404 


10 


13 


60 


16 




Hex Inverter (Open Collector) 


MCBC5405 


10 


35 


60 


16 




Triple 3-lnput NAND Gate 


MCBC5410 


10 


10 


30 


14 




Dual 4-lnput NAND Gate 


MCBC5420 


10 


10 


20 


12 




8-lnput NAND Gate 


MCBC5430 


10 


10 


10 


1? 




Dual 4-lnput NAND Buffer 


MCBC5440 


30 


13 


50 


14 




F< pjndable Dual 2 Wide 

2-lnput AND-ORINVERT Gate 


MCBC5450 


10 


13 


28 


14 




Dual 2-Wide 2-lnput 

AND-OR-INVERTGate 


MCBC5451 


10 


13 


28 


14 




Expandable 4-Wide 2-lnput 
AND-OR-lnvert Gale 


MCBC5453 
MCBC5454 


10 


13 


22 


14 




4-Wide 2-lnput AND-OR-lnvert Gate 


MCBC5454 


10 


13 


22 


14 




Dual 4-lnput Expander (or 
ANDOR INVERT Gate 


MCBC5460 


- 


5.0 


8.0 


14 




J-K Flip-Flop 


MCBC5472 


10 


30 


40 


16 




Dual J K Flip Flop 


MCBC5473 


10 


30 


80 


24 




Dual Type D Flip-Flop 


MCBC5479 


10 


16 


84 


24 





2-12 



GOTO, 



Dielectrically Isolated 
INTEGRATED CIRCUITS 



MCE54H00 Series, MCE5400 Series (-55 to +125°C) 
MCE74H00 Series, MCE7400 Series (0 to +70°C) 

The Dielectrically Isolated Integrated Circuit (DIIC) MTTL family 
is designed specifically for use in military and space applications that 
require a high degree of reliability under severe radiation environ- 
ments and post irradiation operation. The MTTL Dl IC family utilizes 
nichrome resistors, post metalization passivation, monometallic inter- 
connections, and very small high frequency transistor structures to 
enhance the radiation resistant qualities of this line. 



GSM 







F SUFFIX 

CERAMIC PACKAGE 

CASE 607 



FUNCTIONS AND CHARACTERISTICS (V CC - 5.0 V. T A - 25°C) 












Function 


MCES4H00/74H00 Sariaa 
Typt 


Loading 

Factor 

Each 

Output 


Propa- 
gation 
Dalay 
nstyp 


Povrar 

Diisipation 

m/W 

typ/pkg 




-55to'12S°C 


to »70°C 




Quad 2-lnput NAND Gate 


MCES4HO0 


MCE74H00 


10 


6.0 


80 




Quad 2 Input NAND Ga» (Optn Collector Output) 


MCE54H01 


MCE74H01 


10 


8.0 


80 




H«k Inverter 


MCE54H04 


MCE74H04 


10 


6.0 


120 




Triple 3-input NAND Gate 


MCE54H10 


MCE74H10 


10 


6.0 


60 




Dual 4-input NAND Gate 


MCE54H20 


MCE74H20 


10 


6.0 


40 




11-lnput NAND Gate 


MCE54H31 


MCE74H31 


10 


9.0 


20 




Dual 4-input NAND Power Gate 


MCES4H40 


MCE74H40 


30 


6.0 


80 




Dual 2 Wide 2 input AN DOR-INVERT Gate 


MCE54H51 


MCE74H51 


10 


6.0 


58 




4-Wide 2 Input AND OR INVERT Gate 


MCE54H54A 


MCE74H54A 


10 


6.0 


40 




Dual 7 WV.de 2-3 Input AND ORINVERT Gate 


MCE54M56 


MCE74H56 


10 


6.0 


58 




4-Wide 3 3-2 3-lnput AND-ORINVERT Gate 


WC654H57 


MCE 74H5 7 


10 


6 


40 




Oual Type Fllp-Flop 


MCE54H79 


MCE74H79 


10 


16 


140 




Binary To OneOf-Eight Line Decoder 


VCES4H146 


MCE74M 146 


10 


- 


130 






MCE5400/7400 Sarias 
Type 






-55 to ♦125°C 


to +70°C 




Dual JK Flip-Flop 


UC6S.4 103 


MCE74103 


10 8.0 100 





BOTTOM 



MCE7000 SERIES 10° to +100°CI 



Dielectrically Isolated 
INTEGRATED CIRCUITS 



The MCE7000 series uses a dielectric isolation instead of the usual junction 
isolation to combat the effects of gamma radiation. Each component is isolated 
by a high resistance (10 lu ohms) layer of SiU2- Dielectric isolation also 
lowers inter-component capacitance and improves efficiency. 



F SUFFIX 
CERAMIC PACK AGE 
CASE 606 
TO-91 



rai?M®sK 




F SUFFIX 

CERAMIC PACKAGE 
CASE 607 



Function 


Type 


Power 
Dissipation 

mW typ/pkg 


Case 




Seven-Diode Array 


MCE 7003 




607 




DiodeRemtor Network 


MCE .'00b 


20' 


606 




Sixteen Diode Arrav 


MCE 7006 




606 




Twelve-Resistor Network 


MCE 7007 


97 


607 





■ 100 £l resistor. 



2-13 



MCE930 Series (-55 to +125°) 



Dielectrically Isolated 
INTEGRATED CIRCUITS 



mm 



The Dielectrically Isolated MDTL family is intended for 
use in military and space applications that require a high 
degree of reliability under severe radiation environments. 
In addition to dielectric isolation, this family of devices 
utilizes nichrome resistors throughout. Apostmetalization 
passivation process further enhances the radiationresistance 
qualities of the family and very small high frequency tran- 



sistor structures are used throughout. 

Dielectrically Isolated MDTL has the same electrical 
specifications as the MC930 family and may be used inter- 
changeably with it. This eliminates the need for redesign- 
ing existing equipment to gain radiation-resistance and al- 
lows the design engineer to utilize a familiar logic type for 
new systems. 



MAXIMUM RATINGS 





Rating 


Value 


Unit 




Supply Voltage - Continuous 

Pulsed, < 1 second 


8.0 
12 


Vdc 




Output Current (into outputs) - 
Buffers, Power Gates— Continuous 

Pulsed. <30 mi 
All other tvpes 


150 
300 
30 


mAdc 




Input Forward Current 


-10 


mAdc 




Input Reverse Current — 
Buffers. Power Gates 
All other types 


5.0 
1.0 


mAdc 




Operating Temperature Range — 
MCE930 Series 


-55 to -125 


*C 




Storage Temperature Range 


-65 to -ISO 


°c 



F SUFFIX 

CERAMIC PACKAGE 

CASE 607 

TO 86 



FUNCTIONS AND CHARACTERISTICS (V cc - 5 Vdc. T A ■ 25°CI 



Function 


Type 

Case 607 

-55 to 

+125°C 


Loading 

Factor 

Each 

Output 


Power 
Dissipation 
mW typ/pkg 


Expandable Dual 4. Input NAND Gate 


MCE930 


8.0 


22 


Expandable Dual 4-lnput Buffer 


MCE932 


26 


85 


Oual 4-lnput Expander 


MC6933 






Hex i nverter 


MCE936 


a 


66 


Expandable Oual 4 Input NANO Power Gate 


MCE944 


27 


65 


Clocked Flip. Flop 


MCE945 


10 


60 


Quad 2-lnpul NAND Gate 


MCE946 


8 


44 


Clocked Flip- Flop 


MCE948 


•J 


70 


Triple 3 Input NANO Gate 


MCE962 


8.0 


33 






2-14 



MdunrM 



INTEGRATED CIRCUITS 



MOTcM. 



SPECIAL BIPOLAR LOGIC PRODUCTS 

for 
CUSTOM APPLICATIONS 




F SUFFIX 

CERAMIC PACKAGE 

CASE 607 



^0 



L SUFFIX 

CERAMIC PACKAGE 

CASE 620 






L SUFFIX 

CERAMIC PACKAGE 
CASE 623 



L SUFFIX 

CERAMIC PACKAGE 

CASE 632 



P SUFFIX 

PLASTIC PACKAGE 

CASE 646 



0fB 



YffU'i 



P SUFFIX 

PLASTIC PACKAGE 

CASE 648 





AL SUFFIX 

CERAMIC PACKAGE 
CASE 684 



AL SUFFIX 

CERAMIC PACKAGE 

CASE 690 



(Additional matk-programmable mamoriet ara in tha MOS davica lining.) 



Function 


Type; 


Temperature 


Case 


Comments 


128-Bit Raad Only Mamorv 
(Formerly XCI70.171) 


MCM4000L.P 


Oto -75°C 


620.648 


Bipolar raad only mamory organiiad at 16 aight-bit words 
Compatibla with MOTL and all MTTL tinea. Opan collectors 
or 2.0 kilohm pullup resistors at buffarad output bit lines. 
Truth labia and output option specified by uaar. 


MCM4300L 


-55 to -125^ 


620 


256 Bit Raad Only Memory 


MCM4002L.P 


Oto «75°C 


620.648 


Bipolar raad only mamory organiiad at 32 aight-bit words. 
Compatibla with MOTL and all MTTL lines Opan collactort 
or 2.0 kilohm pullup resistors at buffarad output bit Unas. 
Truth tabla and output option specified by user. 


MCM43021 


-55 to •125°C 


620 


'ji 2 Bit Raad Only Mamoty 


MCM4003AL.L 


to «75°C 


684 623 


Bipolar raad only mamory organiiad at 64 aight-bit wordi 
Compatibla with MOTL and all MTTL linat. Opan collactort 
or 2.0 kilohm pullup resistors at buffarad output bit linat 
Truth labia and output option tpaclflad by utar. 


MCM4303AL.L 


55 lo ■ I25°C 


684.623 


1024 Bit Raad Only Memory* 


MCM4004AL.L 


to .70°C 


690620 


Bipolar raad only mamory organiiad at 256 four-bit wordt. 
Input loading of -0 25 mA maximum. Typical address tlma 
of 50 nt. typical chip talact tima of 25 nt. Opan collactort 
or 2.0 kilohm pullup ratiltort at output bit linat. Truth 
tabla and output option tpaclfiad by uaar. 


MCM4304AL.L 


-55 to •125°C 


690.620 


S12-8it Ptogtammabla 
Raad Only Mamoty 


MCMS003AL.L 


Oto «70°C 


684.623 


Bipolar programmabla raad only mamory organiiad at 64 
aight-bit wordt. Fiald programmabla by "blowing" appro- 
priata nichromo ratittort to braak matalnation linkl. Ninth 
bit available for circuit tatting. Opan collactor output*. 


MCM6303AL.L 


-55 to •I25°C 


684,623 


612-Bit Progtammabla 
Raad Only Mamorv 


MCV5004AL.L 


to - 70°C 


684 62 3 


Stmt at MCM5003AL except 2.0 kilohm pullup ratittort 
on tha collactor outputt. 


MCMS304AL.L 


-55 to •125°C 


684.623 


25 Gata Array 


XC177 


-55 to •I25°C 


60' b32 


Twanty-fiva gatat with two custom lavart of matalilation 
required to complata tha circuit and obtain tha datirad 
function. Compatibla with MOTL and all MTTL linn. 


to •75"C 


646.632. 
646.648 



■Standard optiont of tha MCM4004 ara available at MCM4067 and MCM4068 Binary to BCD Numbar Convartart and MCM4069 tnd 
MCM4070 Hollarithto-ASCn Convartart. 



2-15 






















































2-16 





INTEGRATED CIRCUITS 






LINEAR INTEGRATED CIRCUITS 

Linear products include circuits used in consumer, industrial and interface appli- 
cations. These products are available in a variety of package styles and in chip form. 
Consumer devices designed principally for entertainment use, i.e.. television, audio, 
radio, automotive, and organ applications. 

Industrial products fill important roles in process control, instrumentation, and sig- 
nal processing functions. 

Interface components span the gap between analog information and digital process- 
ing. This category is highlighted at Motorola by the number of new monolithic D/A 
and A/D converters. 

TABLE OF CONTENTS 

Page 

Interface Circuits 3-2 

Operational Amplifiers (Including Chips) 3-14 

High-Frequency Amplifiers 3-17 

Regulators (Including Chips) 3-19 

Special-Purpose Circuits (Including Chips) 3-21 

Consumer Devices 3-22 

Linear IC Packages 3-25 

Chips listed are stock chips. For availability of chips for other products, contact 

your Motorola sales representative. 












SEE POPULAR PRO-ELECTRON 
DEVICES TYPES 

SECTION 8 



3-1 



krauts 



INTEGRATED CIRCUITS 



ILUME&IB 






mm 



Interface is the generic term applied to a wide variety of circuit functions which do 
not conveniently fit into either the Linear (analog) or Digital realms. Often these 
devices possess both Linear and Digital circuitry and performance parameters. 
The following pages include applications for Linear Interface Integrated Circuits. 



MEMORY INTERFACE 

NMOS Memory Interface 3-3 

High capacitance drivers for the ADDRESS, CLOCK or CHIP ENABLE inputs and the sense amplifiers 

required to configure advanced NMOS memories into effective systems. 
Magnetic Memory Interface 3-5 

Drivers and sense amplifiers for core and plated wire memory systems. 

BUS INTERFACE 

Computer, Minicomputer, Microprocessor, Instrumentation Bus Interface 3-6 

Drivers, receivers and transceivers for bus-oriented data systems. Specific devices for IBM computer, 

popular minicomputer, M6800 microprocessor, and the IEEE instrumentation bus (HP-IB) requirements. 
INSTRUMENTATION INTERFACE 
Numeric Display Interface 3-8 

Driver devices for mating either light-emitting diode (LED) or Gas-Discharge type numeric displays to 

MOS or Bipolar IC's. 
A/D-D/A Conversion 3-9 

Low-cost building block approach IC's pioneered by Motorola. D/A's to 8 bits and two methods 

of A/D conversion including a simple two chip DVM with a CMOS logic section, 
COMMUNICATIONS INTERFACE 
Communications Interface 3-10 

Highlighting a unique monolithic 4x4 balanced crosspoint switch which replaces electromechanical 

devices in PABX or other communications equipment. 
COMPUTER AND TERMINAL INTERFACE 
Line Drivers/Receivers 3-10 

Useful in transmitting digital data over long lengths of cable without error or noise problems. 

Devices meeting the requirements of EIA specifications RS232C, 422 and 423, as well as 

differential current mode and open collector peripheral drivers are covered. 
Comparators 3-12 

A broad line from popular single supply quads to family of quad comparators with Three ; State Outputs. 



32 



INTERFACE (continued) 



MEMORY INTERFACE 



Both NMOS and magnetic memory 
systems require interface functions. 



NMOS Memory 



Probably nowhere else has semiconductor technology 
achieved greater complexities and higher circuit densities in 
practical, real-world products than in today's advanced NMOS 
memories. These devices permit greater memory capacity per 
unit volume and lower costs per bit than imaginable only a lew 
years ago. 

However, these memory ICs do not function alone. As an 
approximate rule of thumb, for each three memory packages 
in a typical system, one package of support interface circuitry 
is required. Some memory ICs require only low-voltage 
ADDRESS and CONTROL line drivers and higher-voltage 
CLOCK drivers. Other types require a sense amplifier in 
addition to the drivers. 



1 K NMOS MEMORIES For MECL Systems. . . 




7001 A 




Low Voltage 




o- 


MECL 


MC10177 






i Address and 


Control Lines 






IK NMOS Memory 








o- 


7001 A or 




Sense Amplifior 
MC3461 


■o 


MECL 


- Equivalent 






MECL 


Input 












J* Clock 


Line 




High Voltage 




o- 


Driver 




MECL 


MC7536B 






Due to Its Inhe 


rent speed, many ot 


the 7001 A 1K NMOS SAMs wlU be configured Into 


WE CL system*. 



0_te„t r— 
Output 



Output , 

?A I* 






i^S 



e jj 



-3' 
9,. 



MC3461 

to 70-C 

L Suffix — Case 620 

Dual 7001 lo MECL 
10,000 Sense Amplifier 
with latches No external 
components required. 



I... 
uA 
Max 



= 200 



t.„ (Ampullar) 



I-: (Enable) 
na 
Max 



5.0 



»«E B* 

sua **«•» c [_J -^"vj ^s^jra] 



MC10177 

-30 to 85=C 

L Suffix — Case 620 

Triple MECL input 
Address Line Driver tor 
!Kor4KRAMs 



v„ 

@ lo, 15 mA 

voiu MIn 


!® lo, - 1.0 mA 
Volts Max 


<?l C. 350 pF 
naTyp 


4.0 


0.5 


60 




MC75358 



MC75368 

10 70-C 

L Suffix — Case 632 

P Suffix — Case 646 

CHIP Enable driver with MECL 
compatible inputs. 



Maximum Supply 
Voltage > 18V 



Maximum Supply 
Voltage - 22 V 



Vc 

® lo. - - 100 U A 

Volts Mm 


Vo.. 

@ lo, - 10 mA 
Volts Max 


t„„ 

m C, - 390 pF 

ni Max 




V<c - 30 


0.2 


24 





3-3 



INTERFACE (continued) 

4K NMOS MEMORIES ForTTL Systems . 



Address 

Refresh 

Logic MC8505 



Low Voltage Driver 
MC3459 



Address and 
Control Lines 



4K NMOS Memory 



Clock Lines 



High Voltage Drive 

MC3460 

MMH0026 or 

MC75365 



Today's 4K NMOS RAM* provide 

economical mass storage In popular TTL logic 

systems. 



MC34S9 

0to70"C 

L Suffix — Cass 632 

P Suffix — Case 646 





Low Voltage ( • 5 V) Address Line 
Driver on popular 1K and 4K NMOS 
RAMs 




Input 8 [ — C>° — ] Oulpul B 



MMH0026 MMH0026C 

-55 to 125-C to 85°C 

G Suffix — Case 601 L Suffix — Case 632 
L Suffix — Case 632 G Suffix — Case 601 
Pi Suffix —Case 626 

Pin Connections lor P1 Package 

Drivers lor extremely heavy capaOtive 
loading (to 1000 pF). 



v„ 
t» v,-v„ . o.« V 

Volts MIn 


Va 

S v,-v„ " a.5 v 

Volts Max 


<-> 

C. ■ 1000 pF 

Battel 




Vcc - 10 


V« - 0.5 V 


12 





So, 

SO, 



'out * 



1 


IB 


3 


16 


3 


14 


4 


13 


5 


12 


6 


11 


? 


10 


a 


9 



J V CC 

3 A3, n 
3 A4 in 
3 A5 in 
3 A5 out 
3 Ad oul 

3A30,,, 
3A2 ou , 



MC8505 

to 70'C 

L Suffix — Case 620 

P Suffix — Case 648 

LSI Refresh logic circuil lor 
4K dynamic RAMs 



v.~ 

®lo= -300 U A 
Volts Mn 


v» 

(S lo 3.2 m» 

Volts Max 


U (AOORESS) 
ns 
Mai 


t : (REFRESH) 
ns 
Max 


2.4 


0.5 


8C 


145 






v . 

09 lo, ■ -2.0 mA 

Volts MIn 


® lo, " 80 mA 
Volts Max 


t.,„ 

@ C, 360 pF 

ns Max 




2.4 


0.7 


26 






OulDWI B 
Bad 



I s — ' - J sTS7c 
[f<^^>^o.,p.,c 



MC3460 

Higher voltage ( • 12 V) 
CHIP Enable Driver 
incorporates REFRESH 
function tor 4K RAMs 

MC3466 

CHIP Enable Driver 
specifically guaranteed 
tor 7001 1K RAMs. 

10 70^ 

L Suffix — Case 620 

P Suffix — Case 648 



vccarr 

Oulpul Aff 

Input I A [3 

moui 3AB[T 

.no..i 3ab[s_ 

mpul IB^ 

Ouipot bT 

G.kp'b 






ffl 



16] V CCI 

1il]Ck.loulO 
1«] mpul D 
.|3)lnpu.3CO 
-izJino-T 2CO 
■fijjlnpul 1C 



IIP, Oulpul C 
CC3 



MC75365 

to 70"C 

L Suffix — Case 620 

P Suffix — Rase 648 

CHIP Enable driverfor either 
4KoHK RAMs. Differs Irom 
MC3460 by not providing 
REFRESH Input 











V«, 

®lo»- 100 m* 
Volta MIn 


V» 

@lo, - 10 mA 

Volts Max 


t». 

@C, - 2O0 pF 
ns Mo. 


Vp. 

(S>lo_ - -2.0 mA 

VOIIS MIn 


@ lo, = 40 mA 
Volts Max 


la* 

@> C, - 4»0 pF 

ns Mai 




V DO - 1.0 


0.55 


23 


Vcc - 0.3 


0.3 


20 



3-4 



INTERFACE (continued) 



Magnetic Memory 

Sense Amplifiers 




MOW 
MCHU 

-55to125°C 

L Sufflx — Case 620 

MC7522 

MC7523 

to 70"C 

L Sufflx — Cist 620 

Dual channel with open-collector 
output, high sink current capability 






1 •*» TI 

Point fii-ob*Ouip.i Otiipu! Sirob*|Pa 










MCHU 

MC5539 

-55 to 125-C 

L Sufflx — Cast 620 

MC75M 

HC7539 

0to70°C 

L Sufflx — Case 620 

P Sufflx — Cast 648 

Sumo as MC7528. 29 except 
NANO outputs 






MC5524 

MC5525 

-55 to 125-C 

L Sufflx — Case 620 



MC7524 
MC7525 
0to70-C 

Dual with Independent Strobing 
L Suffix — Case 620 
P Suffix — Case 648 



MC552I 



-55 to 125-C 

L Sufflx — Case 620 

MC752I 

MC7529 

to 70-C 

L Sufflx — Case 620 

P Sufflx — Case 648 

Same as MC7524. 25 except 
ampullar test points included 



MC5534 

MC5535 

-55to 125-C 

L Sufflx — Case 620 

MC7534 

MC7535 

to 70°C 

L Sufflx — Case 620 

P Sufflx — Case 648 

Same as MC7524, 25 except 
NAND outputs 





MC5S22 

MC5524 
MC552S 
MCSSI4 
MC553S 


MC55J3 
MC5525 
MC532* 
MC5535 
MCS53C 


HC79Z2 
UC7S24 

MC7528 
MC7S34 

MC753S 


UC7523 
MC7525 
MC7529 
MC7S3S 
MC7SM 


15 mV- 


10 to 20 mV 


8 10 22 mV 


11 to 19 mV 


8to22mV 


-40mV 


35 to 45 mV 


33 to 47 mV 


36 to 44 mV 


33 to 47 mV 


Max I,. - 


100 mA 


100 jlA 


75»iA 


75 ^A 


Max W»@ 
d-15pF- 


40n 5 


40 ns 


40 ns 


40 ns 



,.• 



Inevn I 

■■'-'• T 
Chemel ( [i 



l>i<35 






r<3 



3 



'noun 
I Cn«nn»i 



3 i Cft*nn«l A 



[3 Vcc 



l1s . 



C»_. _ 

Ramrw* 

■npwi 

I Ground 

J Output 



MCI 544 
-55 to 125-C 
L Suffix — Case 620 
F Sufflx - Case 650 

MCI 444 

OtoTO-C 

L Sufflx — Case 620 

AC-coupled, decoded input channel 
selection. wired-OR output strobe 
capability. +5.0 V. -6.0 V power 
supply. 



Device 

Number 


V,. 
mV 


Vo. 

@lo»= -400 uA 
Volte Mn 


V« 

@lx - 10 mA 

Volte Hex 


ne 
Max 


MC1544 
MC1444 


0.5 to 1.5 
0.3 to 2.3 


24 
2.4 


0.5 
0.5 


25 
25 



Core Driver 




MCSS325 

-55 to 125°C 

L Sufflx — Case 620 

F Sufflx — Case 650 

MC75325 

0to70"C 

L Suffix — Case 620 

P Sufflx — Case 648 

Dual Memory Driver with logic Inputs, 
24-Volt output capability. 



Device 

Number 


® l.i~ or U~ - »00 mA 
Volti Hex 


U 
@ Vce, - J4 V 

mA m.. 


(Source) 
neHix 


(Sink) 
neMai 


MC55325 
MC75325 


0.70 
0.75 


150 
200 


50 
50 


45 
45 



3-5 



BUS INTERFACE 

Several popular bus formats have been 
established to allow compatibility of 
equipment regardless of manufacturer. 






Computer Bus 



Minicomputer Bus 




MC8T13 



MC8T23 
to 75'C 

L Suffix — Cas« 620 
P Suffix — Case 648 

ra.n„.,ni MC8T13 Is a dial MC8T23 is a dual 

open emitter driver open emitter driver. 

Lil "*"" •* Specified for general Specified to meet IBM 

li|i».iii TTL systems. System requirements 



IflStl s[t 



O.ilD-i 3 1 




KHM 

Oto 70°C 

L Suffix — Case 620 

P Suffix — Case 648 

Quad Transceivers wrth hysteresis- 
equipped receivers and open-collector 
driver outputs which permit wire-OR 
connection (DM8838 equivalent). 



Device 
Number 


(S l„ = -75 m» 

@la, - -5»3mA- 

Volte Hex 


@V„- 
m* 
Mix 


1*. 
@C • 15 pF 
ns 
Max 




MC8T13 
MC8T23 


24 

3.11" 


-30 
-30 


20 

20 





Receiver 

Hyitomis 

Voile 

Mln 


•• I. 
50 mA 
Voire Me. 


Im 

4.0 V 

„A Max 


l#u.t 

@c. = 

15 pF 
ne Max 


leuee, 

15 pF 
ns Max 




0.25 


0.7 


too 


25 


30 





C.U I— 

<K C T I [i 



Xh 



DW 



■3; 



^>3 




D°\7 



MC8T14 Metro 

to 70°C 

L Suffix — Case 620 
P Suffix — Case 646 

MC8T14 is a triple- MCT24 is a triple 

hysteresis-equipped hysteresis-equipped 

receiver. Specified receiver specified to 

for general TTL meet IBM System 

Systems. requirements. 




.npul eli 

Output *r"2 

0u , oulB [T_y 

o->p*<i o[T — iW 

OiiaUk G[T 






^?|v cc 
^s] lnpi-1 1 
■ lajOuiOut 1 

[3] "PI.T2 

iijouipui 2 

"iT npui n 
lOJOuinui 3 



MC3437 

Q to 70*C 

L Suffix — Case 620 

P Suffix — Case 648 

Hex Receivers with Hysteresis for 
improved noise immunity (DM8837 
equivalent) 



Device 

Number 


v„„, 

Volls 
Mln 


lim, 

@ v,.„ - 3.« V 

@ V ,., = 1.11 V 

mA Mex 


buna 

@ C v - 15 pF 
ne 
Mex 




MC8T14 
MC8T24 


0.3 

02 


0.17 

17' 


30 
30 





1... 

@ V,., ■ 4.0 V 

uAMex 


Hyelereele 
Volte 
Mln 


ttuen 

@ C, = 15 pF 

ne Mex 


50 


0.5 


30 



3-6 



INTERFACE (continued) 









Microprocessor Bus 






The revolutionary "Computer on a Chip" is another bus 
organized system. The requirements on the microprocessor 
bus are especially stringent. Generally, microprocessors 
(MPUs) are fabricated utilizing MOS technology with its 
attendant high circuit density characteristics. However, MOS 
structures become unduly large when it is necessary to • 
conduct large amounts of current. Therefore it is necessary 
that each of the elements attached to the MPU bus require 
minimal load current. Most MPU systems can tolerate a total 
loading equal to only about one conventional TTL load. 



PK1>* «f *— 



mnmrnnmnm 




UliJLiJLJLiJLiJLUH 



i D»'W vee 



MC8T26.WCM80 

to -75°C 

1 Suffix — Cast 620 
P Suffix - Case 648 
Quad three-state 
bus transceiver 



Iwandu 

Input Currant 

(Either Logic State) 

"A 


Output Qlaabled 

Leakage Currant — 

High Logic State 

MaxuA 


u-.t~. 

Propagation Delay Time — 

High to Low or 

Low to High 

m Ma. 




200 


100 


17 





Instrumentation Bus 



Steps toward standardization of the instrumentation 
interface bus have been made by the International 
Electrotechnical Commission (IEC) and the IEEE with 
Standard 488-1975. Acceptance of these standards will 
permit interconnection of many types of measurement 
apparatus, manufactured by numerous firms, into complex 
systems simply by plugging in connecting cables. 






Output 1"Q , 
Te>fmln«iton(l 

But a[T 

Ouipui aL5. 

°"- TZV 

Input A l — 

Otnnv nr 
input a . 

n*c*,v«f r-r 
Output els. 

Bui B [~7 
Logic Gnd [£ 




MC3440 

Oto70°C 

P Suffix — Case 648 

Quad Transistors with 3 Drivers 
Shanno a Common Enable Input 

R1 = 3.0 k (to Vpc) 
R2 - 6.2 k (to Gnd) 




MC3441 

0to70*C 

P Suffix —Case 648 

Quad Transceivers with all tour 
drivers controlled by a 
Common-Enable Input 

R1 = 3.0 k (to Vcc) 
R2 ■ 6 2 k (to Gnd) 



Output GndfT 
Bui A [T 




MC3443 

cc to 70°C 

P Suffix — Case 648 

'" ""' c Quad Transistors without 
rji «•«•... termination resistors. Functional 
i-'ouipu.c equivalent to 75138 

DtlMI 

Input C 

Ij3«»ablal 

pn D-.-w 
— 'Input O 

ml " " ■- "' 

-3 Oulout O 

oJbuio 





Receiver 


Drive 




U. 






Input 


Output Voltage 


Bui 


(Driver or 




Devloe 


Hyateraala 


® U - 4» mA; 


Divider Voltage 


Receiver) 




Numbor 


mV Hln 


Volte Mex 


Volts 


neMai 




MC3440 


400 


0,4 


2 6 to 3 75 


30 




MC3441 


400 


0.4 


2 6 to 3.75 


30 




MC3443 


400 


0.4 


— 


25(D) 22(R) 





3-7 



INSTRUMENTATION INTERFACE 

Digital techniques are rapidly invading 
instrumentation systems. 



Numeric Display Interface 



MC 75491 

oto7<rc 

L Suffix — Case 632 
P Suffix — Case 646 

Quad LED Segment Driver lor common- 
cathode displays MOS compatible 



Input 1 ^ 

tm,n« |[T 

CollKlor I fT 

ono(T 

Co"sctO' 2 r^ 

Emma a (T 

Input ?(T 



T*\ Input 4 
I3l IntHIS* 4 

I2~] Collector 4 

H]v ss 

ToJ Col'«ctor 3 

2 Imimr 3 



1, 

@ v, • io v 

m* Mi. 


Va 

@lu - Mm* 
volts Has 


v„ 
Volts 
M.. 




3.3 


1.2 


10 





Outoutrr 

A l— 

Outpuirj 



Oulput[7 

5 EE rf 



JU^CC 
fjjlnout 
4*llnput 




MC3490 

10 70-C 

P Suffix — Case 648 

7-Oigit Anode Driver with High Logic 
Level Input Required lor Activation 



Bfsskdown 

Voltage 

Volts 

Mln 


Input voltigi 

(OFF-Slala) 

Volts 

Mln 


Input Voltage 

(ON-Stale) 
Volts 
Ms. 


Input 

Currant 

«A 

Max 




•IS 


-5.0 


-2.0 


450 






Inpu 



[•] Output 1 
3 Output 2 
3 Output 3 
7C] Output 4 
3 Output 5 
MjOutpu.fi 
w] Output 7 
7J Output B 
3 Substrata IGndl 



MC34I1 

10 70-C 

P Suffix - Cue 701 

8-Segmeni Calhode Driver with 
Programmable Current 



MC75492 

0to70*C 

L Suffix — Case 632 

P Suffix — Case 646 

Hex LEO Digit Driver for common- 
cathode displays MOS compatible 
inputs 



{>" RF 



Output 1 

Output 2 ' 2 t 

input 2 [T 

GNO [«~ 

"""■ ,3 £j>] r<r 

Out p.. I 3 |6 J— — 
Output •» ^Tf 



-<h 



T?| Input 1 
T5\ Output 6 
Tt) Inpui 6 
n]v ss 

10] mput •» 
J] Output S 

T) input •» 



Brsakdown 

Voltage 

Volts 

Mln 


Currant Davlatlon 

(All • Outputs) 

% 

Mas 


Output Currant 




Volts 
Range 




80 


10 


5.0 to 50 






MC34M 

ouwo-c 

P Suffix — Case 648 

7-Digit Anode Driver with Low Logic 
Level Input Required tor Activation 



1. 

@ V, - 10 V 

art Mm 


v„. 

to] l.„ 250 m A 

Volts Max 


v„ 
Volta 
Ms. 


3.3 


1.2 


10 



Breakdown 

Vorusga 

Vona 

Mln 


Input Voltaga 

(OFF-Slata) 

VolU 

Max 


Input Voltaga 

(ON-Stass) 

Volta 

MM 


Input 

Currant 

H» 

Max 




48 


20 


-5.0 


-350 





3-8 



INTERFACE (continued) 

A/D-D/A Conversion 



T«ni incntit 

•O' Uf^ll Analog 



mmmmmmmm 




LiJLiJLiJLillAJLiJliJH 

/ n.i r . m . v cc 



Co-ioaraior / Helix 
Output n.^p Voiti 
Contto. Ou'P 



MC150S 

-55W135-C 

L Suffix — Caw 620 

HC1 465 

Oto 70-C 

L Suffix — Case 620 



A dual ramp subsystem which 
can provide accuracies to 4Vi BCO 
Digits or 13 binary bits. May be 
used with McMOS or MTTL logic 
systems. Mates with MC14435 
for complete 3V: BCO 
Converter function. 






Linearity 

Error 

% 

Max 


Voltage 

Reference 

Volts 


Temperature 
Coefficient 
of Reference 

•arc 


Ice 

(3 V ct = 5.0 V 

mA Max 




=0.06 


1.15 to 1.35 


0.005 


12 





n n n m m m n 



X 



U Id Id Id Id Id Id 



MC1506 

-55 to 125*C 

L Suffix — Case 632 



MC14M 

to 70°C 

L Suffix — Case 632 

6-Bit Multiplying Digital- 
to-Analog Converters 



nnrnmRmmn 



< 



MC1508L5 

-55to125°C 

L Suffix — Case 620 

MC1408L8 

M.C1408L7 

MC14ML6 

0to70°C 

L Suffix — Case 620 



8-Bit Multiplying Digital-to-Analog 
ill LiJ id td Id Lil LlJ Id Conveners 
— tit " cc »••— — c °- *>•"- "•" 



Accuracy 
Mln 


l-.. t.... 
ne 
Max 


Output Current 
@ V„ = 5.0 V 

mA Range 


P; 

@ V„ - 5.0 V 
mWMax 




t0.78 


50 


Oto 2.1 


1 2 







Accuracy 


Output Current 


Po 


Device 


% 


@ V„, - IB V 


@ V„ - 5.0 V 


Number 


Has 


mA Range 


mWMax 


MC1508L8 


=0.19 


1 9 to 2.1 


170 


MC1408L6 


=0.19 


1.9 to 2.1 


170 


MC1408L7 


=0.39 


1.910 2.1 


170 


MC1408L6 


= 0.78 


1.9 to 2.1 


170 



OHhi i 
Ad|u 



ET 




a 



rnputt 



"ji] V R6FHJ 

^£J V LOGiC 
-]T| UP Output 



MC1507 

-55 to 125-C 

L Suffix — Case 620 

MC1407 

to 70"C 
- L Suffix — Case 620 

MC1507«r1C1407 — Tracking or 
Successive Approximation A/D 
Subsystem consisting ol a high slew 
rate operational amplifier and an 
adjustable dual threshold comparator. 







^\J~ 




5s3C= 


i 




16 


oTi CZ^ 


2 




15 


CI 1 


3 




14 


CI i 


4 




13 


Comp[__ 


S 




12 


OU 1 


s 




1 1 


RC 1 


7 




to 


v ss C= 


B 




1 



MC14435 
.„ -55 to 125°C 

J DD MC14435EFL — L-Suffix Case 620 
3 os? MC14435EVL — L-Suffix Case 620 

3 oo -40 to 85°C 

MC14435FL — L-Suffix Case 620 
J ° ' MC14435FP - P-Sutfix Case 648 
i Qj MC14435VL — L-Suffix Case 620 

MC14435VP — P-Sufflx Case 648 

)Q3 

3VS Digit BCD Subsystem lor Mating 
)" 2 ° with the MC1 505 



Device 
Number 


V„ 

Amplitief 
mV 
Max 


I. 

Amplifier 

vA 

Mai 


Comparator V._ 

S V„, - 40 mV 

mv Range 


Comparator 

V. 

mV 

Range 


Comparator 

mA 
MM 














Pr*»-_^ r 

@ V„ • 5.0 V 

mW Mai 


® Vc - 5.0 V 

(Digit Salecti) 

mAMIn 


la, 

<a Voo - s.o v 

(BCD Outputs) 
mA Min 


lo, 
@ Vr, - 5 V 

(All Outputs) 
mA Mm 


MC1507 

MC1407 


2.0 
6.0 


1.5 
2.5 


=36 10 =44 
=30 to =50 


-150IO -320 
-150 to -320 


3.2 
3.2 


1.75 


1.6 


1.6 


-0.2 



3-9 



COMMUNICATION INTERFACE 



Low-cost solid-state crosspoint 
switches offer important 
advantages in modern 
telephone exchanges. 



z 

C»t*>oo« 

u 

Column 

S*l«l A 



cz 



Column' I 
Sti-KtO | 



r 0) r 

®V„ = 10 V 

MO 

Mln 


@ l„ = 20 mA 
Ohms 
Max 


BV„ 
Volts 
Mln 


v.. 

® l„ - 20 mA 
volls 
Mix 




100 


10 


25 


1.1 








■x_y- 



C»-- L-:. 

X2 

«o- S-Htci 



3 

3 

3 



3 *r 



c»n-oo« 






w? 






AnoO* 






A3 


MC3416 






to 70°C 




AnoOfl 


P Suffix - 


Case 649 


8? 


L Suffix - 


Caw 623 



4x4 two-wira monolithic 
Crosspoint Switch for PABX 
applications. Select inputs are 
both CMOS and TTL compatible. 



3' 



COMPUTER AND TERMINAL INTERFACE 



Important interfaces are present in 
computers and computer terminals. 

Drivers and Receivers 



OUTPUT 
INPUTS STROBE 

Vcevje 2* » nc jy jo MC55107 

» " '".."_'=„• L> _ -55 10 12J 
: "■-■.-'- I Suffix - 



*«[T 



tnput *[£-'[ 



L Suffix — Case 632 



O'jip' 
Input Bl[*} 
input BzJT-' 

Output B 

Gnd|T 



t A [7 J 



MC148A 
M v cc to 71TC 

'3 lnpul "' Quad RS-232C Driver with Output 
fc\ input 02 Current Limiting 

iij Output D 
isl Inout C 

I q | input C2 
a j Output C 



Lb 



MC75107 
25°C to 70^ 

Case S32 L Suffix - Case 632 
P Suffix — Case 646 

' Dual Differential Input Receivers with Active Pull- 






Vo. 

@ V c( /V„ - i9.0 V 
Volls Min 


Vol 

@ V CC IV„ = -9.0 V 

Volts Max 


lo, 

mA 

Range 


t..i 

liV C, 1S pF 

na Max 




60 


-6.0 


±6.0 lo 1? 


■ 7', 





■ •rr 
,5 



Kin— i 

put A {V — «^ 1- 



Inpol B [«_ 

Rpiponu r— 

Control B I - 1 



MC14H 

3«cc 0to70"C 

L Suffix — Case 632 

na Input D 

— Quad RS-232C Receiver with 0.25 V 

i 73 R ««> on " of Input Hysteresis 

J~ pi Control D 
] y — It] Output D 



•Ta] Input C 



65 



MC1469A 
to 70*C 
L Suffix - Case 632 



— Rltponie 

— cnt.oi c Qua() RS-232C Receiver with 1 . 1 V of 
Output c Input Hysteresis 



up TTL Outputs 



MC55108 



MC75108 



Wuts nc output strobe - -55 to 125°C to 70-C 

ia ib iystrobe gno L Suffix — Case 632 L Suffix — Case 632 

10 s P Suffix — Case 646 

Dual Differential Input Receivers with Open- 
Collector Outputs 



Input V... 
mV 
Max 




I. 

® V c - 0.5 V 

.A Ho. 


1. 

@ V„ - 2.0 V 

uAMax 


tu- 
na 
Max 


t26 


75 


-10 


25 



«cc iy tl v te o iz JV 




i* ia tc 1C JA IB f 



MC75109 

10 70°C 

L Suffix — Case 632 

P Suffix — Case 646 



MC75110 

to 70 U C 

L Suffix — Case 632 

P Suffix — Case 646 



Dual Current-Mode Drivers with Inhibit Inputs 



Sink Current 
- 6.0 mA 



Sink Current 
«12mA 



Davlea 
Numbar 


Input V„ 
Volts 
Rang* 


Input Vaa 
Volt* 
Rang* 


® B, ■ MOtl 
naMax 




MC1489 
MC1489A 


1.0 to 1.5 
1.75 to 2.25 


0.75 to 1.25 
0.75 to 1.25 


50 
50 





Devlc* 

Numbar 


lo. ION) 
mA 
Max 


lc(OFF) 
mA 
Max 


1*. 

na 
Max 




MC75109 
MC75110 


3.5 
6.5 


100 
100 


15 

15 





3-10 



INTERFACE (continued) 

DRIVERS AND RECEIVERS (continued) 




Sivec 

[ Input! B 

13 • 



MC3450 

10 7G"C 

L Suffix - Case 620 

P Suffix — Case 648 



HC3452 

to 70°C 

L Suffix — Case 620 

P Suffix — Case 648 



m] Output B 

nj v (B Quad Differential-Input Heoeivets 

-°""""° Common Three- Open Collector 




Ond 



roilti.. Loflle 



a? 

_ Input* o 

■3- 



Slale EnaOle 



Outputs 



KC76451 

MC75481 

0to70-C 

P Suffix — Case 626 

U Suffix — Case 693 

Dual Peripheral Positive AND Oriver with Logic Gate 
Outputs Internally Connected to NPN output 
transistors. 

V (max) - 30 V — MC7545I 
- 35 V — MC75461 



Input V,. 
mV 

Mm 


1, 

@ V,„ ■ 0.5 V 
uAttax 


Ik 
@V, - -2.0V 

uAMax 


feu 
H 
Max 


= 25 


75 


-10 


25 



Input A [t_ 

* X 

Output A 

* G 

* Li 

Output C 

V [sj 
ihhtbit [el 

Input C {? 



3 V CC 

3 * 

Outout B 

LI z 

& ' 

Output O 

[3 * 
Bl v 1E 



MC3453 

010 70-C 

L Suffix — Case 620 

P Suffix — Case 648 

Quad Currenl-Mode Oriver with 
Common inhibit Input Currenl Sir* 
is Approximately 12 mA 




.PI Uv. loo* » 



Input V . 
Mi's 


I. 
@ V,,, - 0.5 V 

■AIM 


@V» .'-2.0 V 
HAMa 


M 
Max 


-25 


75 


-10 


25 




MC75452 

MC75462 

0to70°C 

P Suffix — Case 626 

U Suffix — Case 693 

Dual Positive NAND driver with Logic Gate Outputs 
Internally Connected to NPN Output Transistors. 
V (max) = 30 V — MC75452 
= 35 V — MC75462 



MC75453 

MC7S463 

to 70"C 

P Suffix — Case 626 

U Suffix — Case 693 

Dual Positive OR Driver With Logic Gate Outputs 
Internally Connected to NPN Output Transistors. 
V (max) - 30 V — MC75453 
- 35 V — MC75463 



V CC 3A .- - .-» ?'; Jfc '".'■ 




IB 1C IS Gnd 



".,.■..< Lju c V - AQ Igjta pnlyl 

C - AG to.t. *nd tr.n.ttto'l 



L Suffix — Case 632 
P Suffix — Case 646 

Dual Peripheral Positive AND Oriver. 
plus two non-committed NPN output 
transistors 



_|8 | | ' | | a | |b 

tea 

H > I la I — 1 3 1 — I 4 



MC754S4 

MC75464 

0to7O»C 

P Suffix — Case 626 

U Suffix — Case 693 

Dual Positive NOR Driver with Logic Gate Output 
Internally Connected to NPN Output Transistors 
V (max)- 30 V — MC75454 
- 35 V MC75464 



MC75451. MC75452, MC7S453, MC7S454 



Vo. 

@l„_ . -400 uA 

Vonakuu 


Vo, 

® U. It mA 

von. Max 


In.. 

@C. - 15pf 

n» M» 


2.4 


0.4 


14 


TRANSISTOR 












■Woo 

Votta 

Mln 


•Va. 

VolU 
MM 


@Vc- 


3.0 V. I c - 300 mA 
Mkt 


35 


5.0 


30 



It. 

® V„. ■ 30 V 
..A Ua. 


Vo. 
@> lo, - 300 mA 

Von. Ha. 


1. 

® V„ - 2.4 V 

uAHax 


la 

@ V„ - 0.4 V 
mAMax 


100 


0.7 


40 


-1 6 


MC754I1. UC7S4S2. MC75463. MC754t4 


Ig. 

® Vo. 35 V 

uAHai 


v.. (An.. Switching) 

@ V« " 35 V. lo - JOO mA 

mVMai 


100 


-10 



3-11 



INTERFACE (continued) 

Comparators 



«*|T 


^ 


id 


G»o| 3 




3 




- 


•\ 


ID 


AIT 


- 


/" 




3 


NC | 5 






3 


•hE 






pD 


■d 




Tl 



^ » JO-ID.' 



MC1710C MC1710 

0to70«C -55 to 125-C 

G Suffix — Case 601 G Suffix — Cue 601 

F Suffix — Case 606 F Suffix — Case 606 

L Suffix — Case 632 L Suffix — Case 632 
P Suffix - Case 646 

Single Comparators 



'Conncctaa le pta A »»• ."• wftu'iia o" 








( | 

DmbM 

NumMf 


mV 
Uai 


A 


VAT 
Hln 




MC1710C 
MC1710 


5.0 

2.0 


25 

20 


1000 
1250 






'ConntctM 10 oil 4 »■■ It* luOtt.ftlo on 

»m« pllllt umtt 



MC1711C 

0(o70*C 

G Suffix — Case 603 

F Suffix — Case 606 

I Suffix — Case 632 

P Suffix - Case 646 

Dual Comparators with Strobes. 
Wire-ORed Outputs 



MC1711 

o to 7<rc 

G Suffix — Case 603 
F Suffix — Case 606 
L Suffix - Case 632 



D.VPC. 
Numb.. 


mV 
Ma* 


I.. 


A-x 
Mf 

Mln 


MC1711C 


5.0 
35 


100 
75 


700 
700 




g v cc 

■— i i-p-ti 

fa. ■ 

£] 0-<»vi C 

3»n 



MC3430 
MC3431 
0lo70*C 

L Suffix 



Case 620 



P Suffix — Case 648 
Quad High-Speed 



{3o».o-i o Comparators with 
Three-State Enable 
*=' ino... Common to all Four 
jj- o Devices 



MC3432 

MC3433 

Oto 70"C 

L Suffix — Case 620 

P Suffix — Case 648 

Quad Comparators with 
Open Collector Outputs. 
Common Strobe Input 



Davie* 

Numb** 


V, 
mV 
Max 


1. 
Max 


M 
Max 




MC3430 
MC3431 
MC3432 

MC3433 


±6.0 
HO 
:6.0 

• '3 


20 
20 
20 

20 


45 
46 

50 

50 






MCI 650 

MC1651 

-30to85*C 

L Suffix — Case 620 

F Suffix — Case 650 

Ultra-High Speed Dual Comparators 
with Latches 



D«vlc 
Numbar 


Vn. 

mV 
Mln 


Comrnoo-liM* 
Rang* 

votaaan 


U 

tomtrantiai mpoia) 
iwMn 


U 

(Cloc*) 
laki 


>^C1650 
MC1651 


T20 

-20 


-25 to 3.0 
-3.0 to 2.5 


5.0 
5.0 


4.7 
4.7 



3-12 



INTERFACE (continued) 



COMPARATORS (continued) 

Gn<i i cf^ be vcc 

'"'""• 3 C \y^ 3 e Bel.ncSt.ob. 
V EE 4 C 3 5 Balance 









MLM111 
-55tO 125-C 

G Suffix — Cut 601 
F Suffix — Cm 606 
L Suffix — Case 632 



MLM211 
-25 10 85*C 
G Suffix — Case 601 
F Suffix — Ctte 606 
L Suffix - Case 632 



MLM311 

0to70°C 

G Suffix — Case 601 

F Suffix — Case 606 

L Suffix — Case 632 

P1 Suffix — Case 626 



High-Gain. High Input Impedance Comparators. May 
he used with single power supply. Strobe and 
balance inputs provided 









DMM 

Number 


v„ 

mV 
Max 


l>. 
nA 
Max 


<§ lo, - 50 mA 
Volu Ma. 




MLM111 
MLM21 1 
MLM311 


3.0 
3.0 

7.5 


100 
100 
250 


1.5 
1.5 
1.5 




















St* 



BM 



MC1S14 MC1414 

-55 to 125"C lo 70'C 

F Suffix — Case 607 F Suffix — Case 607 
L Suffix — Case 632 L Suffix — Case 632 
P Suffix — Case 646 
Dual Comparators with Strobes 












Device 
Number 


mV 
Mai 


1, 
■A 
Mas 


A„ 

VAT 

Mln 




MC1S14 
MC1414 


2.0 
5.0 


20 
25 


1250 
1000 








Output 2 [_i 
Output 1 [7 



InpuU [7 
Input 2 (7 



t> 



<J 



^j Output a 

Tj] Ou1»ut 4 

TTj Input 4 
jo] Input 4 
Input 3 
jjjlnp.il 



MLM139 

MLM139A 

-55to125°C 

L Suffix — Case 632 



MC3302 

MLM239 

MLM239A 

-40 to 65"C 

L Suffix — Case 632 

P Suffix — Case 646 



MLM339 

MLM339A 

0to70"C 

L Suffix — Case 632 

P Suffix — Case 646 

Quad Single Supply Voltage Comparators 














Vo 


h 


I... 


Vc, 




@2S"C 


®28-C 


@ Vo, . 500 mV 


@ lx - Z-0 mA - 


Davical 


mV 


nA 


mA 


<? l» = 4.0 mA 


Numbe* 


Mai 


Max 


Mln 


rnVMax 


MC3302 


20 


1000 


_ 


400" 


MLM139 


5.0 


100 


6.0 


500 


MLM139A 


2.0 


100 


60 


500 


MLM239 


5.0 


250 


e.o 


500 


MLM239A 


2.0 


250 


6.0 


500 


MLM339 


5.0 


250 


6.0 


500 


MLM339A 


2.0 


250 


6.0 


500 



3-13 



INTEGRATED CIRCUITS 

OPERATIONAL AMPLIFIERS 



Motorola offers a broad line of operational amplifiers to 
meet a wide range of usages. From low-cost, industry 
standard types to high precision circuits the span encom- 
passes a large range of performance capabilities. 

These linear integrated circuits are available as single, 
dual, and quad monolithic devices in a variety of package 



styles as well as standard and beam-lead chips. The following 
guide is designed to highlight those Motorola operational 
amplifiers which are recommended for new designs due 
to their excellent performance, lower relative cost and 
ready availability. 



NON COMPENSATED — Gain and Frequency-Response characteristics may be optimized for specific applications through the 
selective addition of external compensating capacitors and resistors. 



AN INDUSTRY STANDARD- 


VIC1709 










Available Variations: 








This design was among the first high- 


Prune Device — 

T A - -55tot125°C 


MC1709 






performance types on the market and 




Chips: 

Standard — 

Beam Lead — 
Fhp-Chip — 




still is one of the most popular. Its 
long history has made it among the 
most widely sourced unit in the indus- 
try. and the most universally available 


Relaxed Spec. 

T A 0to*70°C 

Military 

Processed Devices Available 


MC1709C 
-MC1709A 


MCC1709 
MCC1709C 
MCBC1709 
MCCF1709 


amplifier. In the largest selection of 
packages, at the lowest cost. 


Beam Lead — 

Duals - 

Prime Device — 
Relaxed Spec. - 


MCB1709 

MC1537 
MC1437 




MCCF1709C 



FOR HIGHER PERFORMANCE GENERAL PURPOSE APPLICATIONS 



MCI 748 

Improved version of MCI 709, available at a 
slightly higher price. Has greater gam and 
slew rate, better input and output imped 
ances and somewhat lower power dissipation 


Available Variations: 

Prime Device - MCI 748 

T A - -55 to 25 C 
Relaxed Spec. MC1748C 

T A -0to»75°C 


Chips: 

Standard- MCC1748 

MCC1748C 
Beam Lead- MCBC1748 








MC1539 

High slew rate amplifier. Also offers sub- 
stantial improvement in offset current and 
voltage, and in frequency response. Recom- 
mended for high-performance applications 
at low cost. 


Available Variations: 

Prime Device - MCI 539 

T A - -55to«125°C 
Relaxed Spec. - MC1439 

T A -Oto*75°C 


Chips: 

Standard— MCC1539 
MCCI439 



FOR SPECIAL APPLICATIONS 



MC1520 - Differential Output 

Wide-Band Amplifier, recommended primar- 
ily for those applications where differential 
output is an essential circuit requirement. 


Ava.labl. Variations: Relaxed Spec. - Mc „ 20 
Prime Device MC1520 T to • 75°C M C14Z0 
T A - -55 to «125°C 


MLM101A - Low Bias Current 
High-performance amplifier, featuring excep- 
tionally low input bias and offset currents. 
Limited temperature version (MLM301A) is 
particularly attractive as general-purpose am- 
plifier due to low cost. 


Available Variations: 

Prime Device- MLM101A Relaxed Spec. - MLM301A 

T A - -55 to .125°C T A -Oto*75°C 
Intermediate Spec. - MLM201A Military Qualification 

T A -25to«85°C or Process Devices Available —MLM101A 



ELECTRICAL SPECIFICATIONS 


— (Prime Devices) 




■l8 


VlO 


'10 


Avol 


«c 


BW p 


SR 






JiA 


mV 


nA 


v/v 


MHi 


kHz 


V/ju 




D«vic»Typ« 


Max 


Max 


Max 


Min 


Typ 


Typ 


Typ 


Case 


MCI 709 


5 


5.0 


200 


25 k 


OS 


4.0 


0.25 


601. 606. 632. 693 


MC1748 


0.5 


5.0 


200 


50 k 


1.0 


10 


0.8 


601. 606 


MCI 539 


0.5 


3.0 


60 


50 k 


2.0 


50 


4.2 


601, 632. 693 


MC1520 


2.0 


10 


100 


1 k 


10 


150 


5 


602A, 606 


MLM101A 


0.075 


2.0 


10 


50 k 


1.0 


10 


0.5 


601. 693 



3-14 



OPERATIONAL AMPLIFIERS (continued) 



COMPENSATED - Internal frequency compensation adjusts roll-off to provide stable operation regardless of amount of 
feedback employed. 











FOR GENERAL-PURPOSE APPLICATIONS 




MC1741 - An Industry Standard 








High-performance amplifier whose wide availability and low-cost (relaxed 


MC1741S - High Slew Rate 




specification MCI 741 C) have made it a popular device for general-purpose 


Performance similar to MC1741 ex- 




amplifier applications. 




cept with slew rate and power band- 




Available Variations: 




width to 20 times higher. Low cost 




Prime Device - MCI 741 


Chips: 


"C" version is ideal for applications 




T A -55to<125°C 


Standard MCC1741 


where restricted temperature range is 




Relaxed Spec - MC1741C 


suitable. 




T A = Oto »75°C 


Beam Lead MCBC1741 


Available Variations: 




Military Qualification 


Flip-Chip MCCF1741 


Prime Device - MC1741S 




or Process Devices Available -MCI 74 


MCCF1741C 

MCCF1558 

MCCF1458 


T A --55to»125°C 




Duals - 


Relaxed Spec. - MC1741SC 




Prime Device - MC174" 


T A = to -75°C 




MC155S 






Intermediate Spec. - MC1458 






Relaxed Spec. - MC1747C 






MC1458C 






MLM107 - Low Input Current 


MC1556 - High Input Impedance 


MC1776 - Micropower Programmable 




Designed for applications such as 


High performance amplifier featuring 


Programmable, by means of external 




sample-and-hold circuits and long in- 


extremely high input impedance, high 


resistor, to optimize current, voltage 




terval integrators, where improved 


gain and a general upgrading of all 


and row characteristics. Operates 




input characteristics are needed. 


other characteristics that make this 


over :1.2 to =18 Volt power supply 




Available Variations: 


device particularly suited for the most 


range, with microwatt power dissi- 




Prime Device - MLM1Q7 


demanding overall amplifier needs. 


pation at the lower supply voltages. 




T A = -55 to -125°C 


Available Variations: 


Available Variations: 




Intermediate Spec. - MLM207 


Prime Device- MC1556 


Prime Device - MC1776 




T A - -25 to +85°C 


T A --55to*125°C 


T A = -55to + 125°C 




Relaxed Spec. - MLM307 


Relaxed Spec. - MC1456 


Relaxed Spec . - MC1776C 




T A " to +70°C 


T A -0to'70°C MC1456C 


T A = to -70°C 
Low Cost Version — MC3476 
T A = 0to'70°C 





SPECIAL FEATURES AMPLIFIERS 



MLM110 - Unity Gain Follower 

For voltage fol'ower pjrposes m high- 
ly critical instrumentation applica- 
tions. 

Available Variations: 
Prime Device - MLM110 

T A " -55to+125°C 
Intermediate Spec. - MLM210 

T A = -25 to f 85°C 
Relaxed Spec. - MLM310 

T A 'Oto <70°C 



MC1536 - High Output Voltage 


High gain amplifier with maximum 
supply voltage to -.40 volts, for ex- 
tremely wide output voltage swing. 


Available Variations: 




Prime Device — 

T A = -55to<125°C 
Relaxed Spec. — 

T A = 0to*75°C 


MC1536 

MCI 436 
MC1436C 


Chips: 
Standard — 


MCC1536 
MCC1436 



MCI 538 - Power Booster 


Designed as high current 


gam ampli- 


fiers. with unity voltage 


gain. Can 


dehuer load currents to 


t300 mA, 


for driving low impedance 


loads. 


Available Variations: 




Prime Device - 


MC1538 


T A --55to + 125°C 




Relaxed Spec. - 


MC1438 


T A = 0to*75°C 







ELECTRICAL SPECIFICATIONS 


- (Prime Devices) 






'IB 


V| 


'10 


A vol 


•e 


BWp 


Sfl 








iiA 


mV 


nA 


V/V 


MHz 


kHz 


V/jis 






Device Type 


Max 


Max 


Max 


Min 


Typ 


Typ 


Typ 


Casa 




MCI 741 


0.5 


5.0 


200 


00 k 


1 


10 


OB 


601.606. 632. 


693 


MC1741S 


0.5 


5.0 


200 


50 k 


1.0 


200 


IS 


601. 693 




MLM107 


0.075 


2.0 


10 


50 k 


1.0 


10 


0.5 


601 




MCI 556 


015 


4.0 


2.0 


100 k 


1.0 


40 


2.S 


601. 632. 693 




MCI 776 


0.0075 


5.0 


3.0 


200 k 


0.2 


1.S 


0.1 


601 




M LM 1 1 


003 


4.0 




Unity 


20 


300 


30 


601.693 




MCI 536 


0.02 


5.0 


3.0 


100 k 


1.0 


23 


2.0 


601, 693 




MCI 538 


200 


- 




900 




1500 


75 


614 





3-15 



OPERATIONAL AMPLIFIERS (continued) 



MULTIPLE OPERATIONAL AMPLIFIERS 

Dual and Quad operational amplifiers for space and cost savings in applications requiring more than one amplifier. 

DUAL OPERATIONAL AMPLIFIERS 



MC1537 - NON COMPENSATED 

Dual equivalent of the highly popular 

MC1709. 

Available Variations: 

Prime Device — 

T A = -55to + 125°C 
Relaxed Spec. — 

Ta - to +75°C 



MC1537 



MC1437 



Available Variations: 

Prime Oevice - MC1558 

T A --55to+126°C 



Relaxed Spec. - 

T A = to + 75°C 
Chips: 
Standard — 

Flip-Chip - 



MCI 558, MCI 747 - COMPENSATED 

Oual equivalents of the highly popular 
MC1741. The two devices and their 
"variations" differ principally in pin 
configurations. 

Available Variations: 

Prime Device - MCI 747 

T A = -55to + 125°C 
Relaxed Spec. - MC1747C 

T A = 0to+75°C 
Military Qualification 

or Process Devices Available -MCI 747 



MC1458 
MC1458C 



MCC1558 
MCC1458 
MCCF1558 
MCCF1458 



ELECTRICAL SPECIFICATIONS - (Prime Devices) 



Device Type 


'IB 
VA 

Max 


VlO 

mV 
Max 


'10 
nA 
Max 


*vol 

v/v 

Min 


»c 

MHl 
Typ 


BWp 

kHz 
Typ 


SR 
V/ms 
Typ 


Case 




MCI 537 
MC1558 
MCI 747 


0.5 
0.5 
0.S 


5 
SO 
5.0 


200 
200 
200 


25 x 
50 x 
SO k 


1 

1 1 
1.0 


3 
14 
10 


0.25 
0.8 
0.5 


632 

601. 632. 693 

601.603. 607. 646 





QUAD OPERATIONAL AMPLIFIERS 



MC3503 

High performance, compensated quad 
operational amplifier with specifica- 
tions similar to MCI 741, but with 
lower power requirements. Operates 
with single or split power supplies. 

Available Variations: 

Prime Device - MC3503 

T A = -55 to +125°C 
Relaxed Spec. - MC3403 

T A = 0to+70°C 


MC3401 

Low cost amplifier with four inde- 
pendent circuits ideal for active filters, 
multi-channel amplifiers and similar 
applications. 
T A -0to+75°C 


MC3301 

Similar to MC3401. except with much 
greater temperature range suitable for 
wide under hood temperature vari- 
ations in automotive applications. 

T A = -40 to +85°C 





ELECTRICAL SPECIFICATIONS 






'IB 


VlO 


'10 


Avol 


u 


BW p 


SR 






mA 


mV 


nA 


V/V 


MHz 


kHz 


V/us 




Device Type 


Max 


Max 


Max 


Min 


Typ 


Typ 


Typ 


Case 


MC3301 


3 


_ 


_ 


1 k 


4 


20 


0.6 


646 


MC3401 


0.3 


- 


- 


1 k 


5.0 


20 


0.6 


646 


MC3403 


0.5 


8.0 


200 


20 k 


1.0 


9.0 


0.6 


632. 646 


MC3503 


0.5 


50 


200 


SO k 


1.0 


9.0 


0.6 


632 



OTHER OPERATIONAL AMPLIFIERS 



The following operational amplifier types are also manufactured 
by Motorola. These device types are recommended for exact 
replacement only. 



MC1430 
MC1431 
MC1433 
MC1435 


MCI 530 
MC1S31 
MCI 533 
MCI 535 


MC1712 
MC1712C 





3-16 



MBTBAIB 



INTEGRATED CIRCUITS 

HIGH FREQUENCY AMPLIFIERS 






M. 



A variety of high-frequency circuits with features ranging 
from low-cost simplicity to multi-function versatility marks 
Motorola's line of integrated RF/IF amplifiers. Devices 
described here are intended for industrial and communica- 



tions applications. For devices especially dedicated to 
consumer products, i.e., TV and entertainment radio, see 
Consumer Applications Selector Guide. 



AGC AMPLIFIERS 



MC1550 -Low Cost Building Block 

Single-stage cascade connected amplifier with 
delayed AGC characteristics, for operation 
at frequencies to 1 00 MHz. Has typical power 
gain of 25 dB @> 60 MHz. See Application 
Notes AN-215A, AN-247A and AN-299 for 
design details. 



CIRCUIT SCHEMATIC 

iO^AGC 




MC1545/MC1445- 
Gated 2-Channel Input 

Differential input and output amplifier with 
gated 2-channel input for a wide variety of 
switching purposes. Typical 75 MHz band- 
width makes it suitable for high-frequency 
applications such as video switching, FSK 
circuits, multiplexers, etc.. Gating circuit is 
useful for AGC control. See Application 
Notes AN-475 and AN -491 for design details 



MCI 590 -Wide-Band General Purpose 
Has differential inputs 8nd outputs with 
unneutralized power gain as high as 35 dB 
typical at 100MHz in tuned amplifier service. 
Effective AGC voltage range from 5 to 7 
volts for a 30 dB gain reduction. See Appli- 
cation Note AN-513 for design details. 



UNNEUTRALIZED POWER GAIN versus FREQUENCY 
(Tuned Amplifier) 



|| • 

|l » 

* £ 20 































-VCC "'1 
































































































































































































*~N. 




























\ 




























' V 




























\ 




























^ 



























































!. FRED'JEUCVIWHil 



GATE CHARACTERISTICS 




OS IJJ IS 20 

Vg. GAtE V0UAGE (V01ISI 



AGC AMPLIFIERS ELECTRICAL SPECIFICATIONS 



Operating 
Temperature Range 


A\/ Bandwidth 
dB MHz 


Vcc/Vee 

Vde 


Case 


Special Features 




-55 to +125°C 


to +75°C 




MC1550 


- 


22 Min 22 


'6/- 


602B.606 


Low-Cost 




MC1590 


- 


44 Typ @ 10 
4 Typ @ 100 


• 12/- 


601 


Characterized as Video Amplifier 

and as High Frequency Tuned Amplifier 




MC1545 


MCI 445 


19 Typ 6> 75 


«5/-5 


602A.607.632 


Gate Controlled 2-Channel Input 





3-17 



HIGH FREQUENCY AMPLIFIERS(continued) 



NON-AGC AMPLIFIERS 



MC1733/MC1733C - Utility Amplifier 

Differential input and output amplifier pro- 
vides three fixed gain options with bandwidth 
to 120 MHz. External resistor permits any 
gain setting from 10 to 400 V/V. Extremely 
fast rise time (2.5 ns typ} and propagation 
delay time (3.6 ns typ) makes th is unit partic- 
ularly useful as pulse amplifier in tape, drum, 
or disc memory read applications. 

GAIN versus FREQUENCY 



1 bO 


























v, 


U 














GAIN 


" 


















X 

a 4Q 

ia 

■Z 

5 30 

O 

1 « 

* 
































GAIN 








' 
























































V 
























G 


MO 


J 






\\\ 












9 

* 10 

z 

5 ° 












































\ 


































\ 













l.FREQUENCViMhf) 



MC1552/MC1553- 

Low Distortion Amplifier 

Extremely high performance amplifier with 
internal series feedback for stable voltage 
gain and low distortion. Temperature com- 
pensation stabilizes operating point. Has 
selectable gain option and well characterized 
data that permits accurate response shaping 
(see graph). Useful for critical applications 
such as wideband linear amplifiers or fast-rise 
pulse amplifiers. 



MC1510/MC1410- 

General-Purpose Amplifier 

Differential amplifier with flat response to 
40 MHz. Provides excellent performance and 
simple design for most video and communi- 
cations purposes. 



VOLTAGE GAIN versus FREQUENCY 




3flpf* 



w 2 



' I Mil I 



in ?a so io 



v 



l.f«e3U£*C»<«Hi) 



M0 S0C •** 



FREQUENCY RESPONSE 



■ 


- Cur 






uw 


1 1 














[v° ' 400 3 








~.~t — . — 1_ 




43A 


o 




1 1A 1 1 


2A-J- 


Ml 


1 1/tf ' iiip~f~ 


ms^-X 




i i it goo 


























jfS^ffH 


ScS 


^3C~^fft 


: j? 


| ;:l loop 








«bS+ 


-40 








+10 4/L 


■1D+J- 


-:tH~'5o| 




M 












f ••) : '• !|l * 




~.ri\: f / 










-i * " _ ~r r; i ; _ 






* *•{ . . 


• i • 








TT 








, . ., . . 


'] : 






- -If l 11: 1 /, 


^t~- 




' 


r-f-. 


-Hf-P- 


i ;;' ; i 


T-l . 





100 10k 4Qk 10k 100k 

I FREQUENCY (H/l 



NON AGC AMPLIFIERS ELECTRICAL SPECIFICATIONS 



Operating 
Temperature Range 


A v Bandwidth 
dB MHz 


VCC^EE 
Vde 


Can 


Special Features 


-*5to+125°C 


to +75°C 


MCI 733 


MC1733C 


52 9 40 

40 90 
20 120 


•6/-6 


603.632 


3-F ixed Gain Options. Fast Rise 
Time and Propagation 


MC1510 


MC1410 


40 40 


•5/ -6 


601 




MC1553 
MC15S2 


- 


46 Si 35 
52 15 


-6/-6 


602B 


High and Low Gain Versions 
of precision amplifier with 
distortion as low as 0.2% at 200 kHz. 


34 ■;- 40 
40 @ 35 


-6/-6 


602B 



3-18 



INTEGRATED CIRCUITS 

FIXED OUTPUT VOLTAGE REGULATORS 

Low cost, dedicated, monolithic circuits for positive and/or negative regulation requirements from 100 mA to 1.5 A. 
Most are available in plastic and metal packages. Consult the data sheets for more detailed specifications. 




CASE 199-04 

<P Suffix) 





CASE 19904 
IP Suffix) 



e 



CASE 79-02 
TO 39 

(G Suffix) 




CASE 199-04 
(P Suffix) 



CASE 11 
(K Suffix! 



POSITIVE 1.5 A - MC7800 Series 

Family Characteristics: 

O to +125°C Junction Temperature 
l - 1.5 A (Max) 

Vq — ±5% of nominal voltage for all line 
and load condition limits 





Nominal 


V| (del 


Device Type 






Mm 


^Aax 






•5 V 


7 V 


35 V 


MC7805C 






6 V 


8 V 


35 V 


MC7806C 






8 V 


10.5 V 


35 V 


MC7808C 






12 V 


14.5 V 


35 V 


MC7812C 






15 V 


17.5 V 


35 V 


MC7815C 






18 V 


21 V 


35 V 


MC7818C 






24 V 


27 V 


40 V 


MC7B24C 





•Also available as the: 

MLM109 1 55to-150°C) 
MLM209 (-25 to <125°CI 
MUM309 (0 to *125°C) 



POSITIVE, 500 mA - MC78M00 Series 
Family Characteristics: 

to +1 25°C Junction Temperature 

l<0 - 500 mA (Max) 

Vq — =5% of nominal voltage for all line 
and load condition limits. 



Nominal 


V| (del 


Device Type 


Min 


Max 


5 V 


7 V 


35 V 


MC78M0SC 


6 V 


8 V 


35 V 


MC78M06C 


8 V 


10.5 V 


35 V 


MC78M08C 


12 V 


14.5 V 


35 V 


MC78M12C 


15 V 


17.5 V 


35 V 


MC78M15C 


18 V 


21 V 


35 V 


MC78M18C 


24 V 


27 V 


40 V 


MC78M24C 



NEGATIVE, 1.5 A - MC7900 Series 

Family Characteristics: 

to +125°C Junction Temperature 
\q - 1.5A (Max) 

Vq — ±5% of nominal voltage for all line 
and load condition limits. 



Nominal 

v 


V| (del 


Device Type 


Min 


Max 


2 V 


7 2V 


35 V 


MC7902C 


5 V 


7 V 


35 V 


MC790SC 


5.2 V 


7 V 


35 V 


MC7905.2C 


6 V 


8 V 


35 V 


MC7906C 


8 V 


10.5 V 


35 V 


MC7908C 


12 V 


14.5 V 


35 V 


MC7912C 


15 V 


17.5 V 


35 V 


MC7915C 


18 V 


21 V 


35 V 


MC7918C 


24 V 


27 V 


40 V 


MC7924C 



POSITIVE. 750 mA - MC7700 Series 
Family Characteristics: 

to ♦125°C Junction Temperature 

Iq - 750 mA (Max) 

Vq — s5% of nominal voltage for all line 
and load condition limits. 



Nominal 

vo 


v, 


del 


Devtoe Type 




Min 


Max 




5 V 


7 V 


35 V 


MC7705C 




6 V 


8 V 


35 V 


MC7706C 




8 V 


10.5 V 


35 V 


MC7708C 




12 V 


14.6 V 


35 V 


MC7712C 




15 V 


17.5 V 


35 V 


MC7715C 




18 V 


21 V 


35 V 


MC7718C 




20 V 


23 V 


40 V 


MC7720C 




24 V 


27 V 


40 V 


MC7724C 





POSITIVE, 1 00 mA-MC78L00 Series 

Femily Characteristics: 

Oto *125°C Junction Temperature 
l - 100mA (Max) 

Vq - 1 10% of nominal voltage for all line 
and load condition limits. 



Nominal 

vo 


V| (dc) 


Device Type 




Min 


Max 




5 V 


7 V 


30 V 


MC78L05C 




8.1 V 


10.5 V 


30 V 


MC78L08C 




12 V 


10.5 V 


35 V 


MC78L12C 




15 V 


17.5V 


35 V 


MC78L15C 




18 V 


21 V 


35 V 


MC78L18C 




24 V 


27 V 


40 V 


MC78L24C 





NEGATIVE, 100 mA-MC79L00 Series 

Family Characteristics: 

to » 125°C Junction Temperature 
Iq - 100 mA (Max) 
Vq — i10%of nominal voltage for all line 
and load condition limits. 



Nominal 

v 


V, (dc) 


Device Type 


Min 


Max 


3 V 


5 V 


30 V 


MC79L03C 


5 V 


7 V 


30 V 


MC79L05C 


12 V 


14.5 V 


35 V 


MC79L12C 


15 V 


17.5 V 


35 V 


MC79L15C 


18 V 


21 V 


35 V 


MC79L18C 


24 V 


27 V 


40 V 


MC79L24C 



DUAL (±15 V Output) 100 mA 
REGULATOR 

The MC1568 features an output balance of 
±1% maximum 1*2% for MC1468), current 
limit control and provisions for remote sens- 
ing. The ceramic package (L Suffix) has a 
balance control pin for critical balance re* 
quirements The preset Vq of ± 15 V can be 
varied from ;8 to =20 V at the sacrifice of 
performance over temperature. 





MC1568 


MCI 468 


Temp. Range 


-55 to tl25 


to 75 


l [Mil 


100 mA 


100 mA 


Vo 


;15 V. ;2.5H 


H5 V, =6% 


V, IMin/MaxI 


117.2/-30 


1 17.6/130 


B «»llne 

%V /V| (Max) 


0.006 


0.01 


"•Oload <*/V Max) 


0.07 


0.07 




CASE 199^4 

IP Suffix) 



CASE 79-02 

TO 39 
(G Suffix) 



CASE 29-02 

TO 92 

IP Suffix) 



B 



CASE 79 02 

TO 39 

(G Suffix) 



CASE 29-02 
TO 92 

(P Suffix) 



aTJ 



I 

CASE 7902 

TO 39 
10 Suffix) 




3-19 



VARIABLE OUTPUT VOLTAGE REGULATORS 

When an adjustable or tailored voltage is required, the following regulators should be used. Voltage 
is set by varying the value of an external resistor or resistors. More complete data on individual 
devices can be found on the data sheets. 




CASE 614500 mA 
(R Suffix) 




CASE 602A 200 mA 
(G Suffix) 




CASE 646 

(P Suffix) 



*0 



CASE 632 

<L Suffix! 



POSITIVE, 500 mA - 2.5 to 37 V 

The MC 1569 is a high performance regulator 
designed for either stand-alone operation or 
with a current boost transistor. It has an 
electrical complement, the MCI 563 for dual 
supply applications requiring positive and 
negative outputs. Ripple rejection is typically 
0.002%/V. An electronic shutdown control 
and remote sensing are also provided. 



Operating Temperature 
(Junction) 


-55 to ♦I26°C 




Iq Max 


500 mA 




Vq Range 


2.S to 37 V 




V! (Min/Max) 


8.5 to 40 V 




R »BMne M »* 


0.015%/Vq 




R »0load Ma * 


0.06% 





Variations: 

The MCI 469 is a relaxed specification lower 
cost version of the MC1569 and operates 
over a to *70°C Junction Temperature 
Range. 

MC1569/MC1469 also available as non- 
encapsulated chip, use MCC prefix. 

MC1561 is the same as the MC1569bul has 
a much higher transient response. It is also 
available as the MC1560 which has a reduced 
Vq range and slightly relaxed specifications. 
The MC1461 and MC1460are also available 
for to +70°C operation 



POSITIVE, 150 mA - 2 to 37 V 

The MCI 723 is a very popular, lower current 
regulator for either stand-alone use or in 
conjunction with a current boost transistor. 
Three package variations are available: Metal 
(G Suffix), dual-in-line ceramic IL Suffix), 
or Plastic (P Suffix). 



Operating Temperature 
(Ambient) 


-S6 to *126°C 


Iq Max 


150 mA 


V Q Range 


2 to 37 V 


V| (Min/Max) 


9.5 to 40 V 


R »9line Malt 


0.214 V 


R "Bload M " x 


0.16% V Q 



Variations: 

The MC1723C is a lower cost relaxed 
specification of the MCI 723 for operation 
over the temperature range of to *75°C 
(ambient). 

The MC1723/MC1723C also available as 
nonencapsulated chip, use MCC prefix. MC- 
1723 also available as nonencapsolated beam- 
lead device; use MCBC prefix, use MCB 
prefix for device in ceramic flat package 

MC1723 - High reliability processed 
versions offered. 



POSITIVE, 20 mA - 4.5 to 40 V 

The M LM 1 06 is also available for low current 
applications Line regulation is 0.01%/V and 
load regulation (no load to full load) 1 mV. 
Operating temperature is -55 to +125 C 
ambient. 

The MLM205 relaxed specification: 

-25 to +85°C 
The MLM305 relaxed specification: 

to +70°C 
NEGATIVE, 500 mA - 3.6 to 37 V 
The MC1563 is an electrical complement to 
the MC1569 for construction of positive and 
negative output regulator systems. In the 
power package (R Suffix), the case is ground 
for both types allowing direct mounting on 
a common heat sink. 

Variations: 

The MC 1463 is a relaxed specification lower 
cost version of the MCI 563 and operates over 
a to +70°C Junction Temperature Range. 

MC1563/MC1463 also available as non- 
encapsulated chip, use MCC prefix. 



Operating Temperature 
(Junction) 


-55 io *125°C 




l Max 


500 mA 




Vq Range 


3-6 to 37 V 




V, (Mm/Max) 


8.5 to 40 V 




R «flllne 


0.015%/V o Max 




Re fioad 


05% Ma. 





NEGATIVE. 20 mA - 0.015 to 40 V 

The MLM1 04 is also available for low current 

applications. Line regulation is 0.01%/V and 

load regulation Ino load to full load) 1 mV. 

Operating Temperature is -55 to +125°C 

(ambient). 

The MLM204 relaxed specification: 

-25 to +85°C 
The MLM304 relaxed specification: 

Oto +70°C 
LABORATORY SUPPLY, VOLTAGE 
AND CURRENT REGULATOR 

The MC1566 is a floating regulator designed 
for use with an external series pass NPN tran- 
sistor. The voltage and current capabilities 
are limited only by the characteristics of the 
series element. Some of the more important 
features include: 

e Automatic cross-over between voltage 
and current regulation 

• Adjustable to zero volts or current 

• Short circuit protection 
Remote Sensing 



Operating Temperature 
(Ambient) 


-55 to -125°C 


B »»line * H »Sload 


0.01% » 1 mV 


R *8current 


0.1% * 1 mA 



Variations: 

The MC1466 is a lower cost relaxed speci 
fication version of the MC1566 for operation 
from to +75°C (ambient) 



JO 



CASE 603 

(G Suit .: 



Jrl 



i: l |f 



CASE 602A 

IG Suit ix I 



CASE 614 500 mA 
(R Suffix) 



CASE 603 

(G Suffix) 



^0 



CASE 632 

Suffix L 



3-20 



ILEHIE^S 



INTEGRATED CIRCUITS 



MBBAffi 



SPECIAL-PURPOSE CIRCUITS 

The linear integrated circuits listed In this section by the subheadings. Temperature ranges and package 
were developed by Motorola for the system design availability are also tailored to provide versatility, 
engineer to fill special-purpose requirements as indicated 

MULTIPLIERS 


Fu net ton 


Linearity 
Error 
IVP 


Input Voltage 

Range 

Vdc min 


Caae 


Type 


-55 to »12S°C 


to .70'C 


A loui-quadrant multiplier designed to operate with ±15-volt 
supplies, has internal level-shift circuitry and voltage regulator . 


•0 3% 


■ 10 


620 


MCI 594 




■Ob":. 


110 


620 


_ 


MC1494 


Applications include multiply, divide, square root, mean square, 
phase detector, frequency doublet, balanced modulator/de- 
modulator, electronic gain control. 


X Input 5% 

Y Input 10% 


110 


632 


MC1595' 


- 


X Input ■ 1.0% 
Y Input ■ 2.0% 


±10 


632 


- 


MCI495' 


'Also available as a nonencapsulated chip, use MCC prefix. 

BALANCED MODULATOR/DEMODULATOR 


Function 


Carrier 

Suppression 

OB -1 

typ MH> 


Common-Mode 

Rejection 
dBlyp 


Case 


Type 


55 to .125°C 


to ♦75°C 


Balanced modulator /demodulator designed for use where the output 
voltage is a product of an input voltage (signal) and a switching 
function (carrier) 


65 
50 


05 

10 


85 


60? A 
632 

602 A, 

632. 

646 


MCI 596 


MCI496 

















LOW-FREQUENCY CIRCUITS 



Function 


Output 
Power 

IrVtyp 


Voltage 

Gain - typ 

V/Vtyp 


Total 
Harmonic 
Distortion 

%typ 


Case 


Type 




•55to*125°C 


to ♦70°C 




A power amplifier device capable of single or split supply operation 


1 


10, 18.36 


04 


602 B 


MC15S4 


MCI 454 





TIMING CIRCUITS 



Function 


Supply Voltage 

v cc 

Vdc - urn 


Initial Timing 

Error 

V CC • 5 & 15 V. 

C - 0.1 «F Vtyp 


vol 

v C c ■ ,s v 

'sir* • SO mA 
Vdc - mil 


VOH 

V C C ■ 15 V 

'source ■ 100 mA 

Vdc — min 


Case 


Tyoe 


-55 to '125°C 


to *75°C 


Wide 'ange adjustable timers 


16 


1 


0.75 


12 75 


601. 
626. 
693 


- 


MC1455 


18 


05 


05 


13 


601. 
693 


MCI 555 


- 


Dual Adiustable Timers 


16 


2.25 


0.75 


12.75 


632, 
646 


- 


MC3456 


18 


1.5 


0.5 


13 


632 


MC3556 


- 



















3-21 



IMIBSIMl 



INTEGRATED CIRCUITS 

CONSUMER APPLICATIONS 



ILHffll^IE 



. . reflecting Motorola's continuing commitment to 
semiconductor products necessary for consumer system 
designs. The tabulation contains data for a large number 
of components designed principally for entertainment 

TELEVISION CIRCUITS 

SOUND 



product applications. It is arranged to simplify first-order 
of linear integrated circuit device lineups to satisfy pri- 
mary functions for Television, Audio, Radio, Automotive 
and Organ applications. 



Function 


Feature* 


Cat* 


Type 




Sound IF. Detector. L-miter. 
Audio Preamplifier 


80 uV. 3dB Limiting Sensitivity, 

3-5 VlRMSi Output. Sufficient tor Single Transistor 
Output Stage 


646.647 


MC1351 




Sound IF Detecto' 


interchangeable with ULN21PA 


646.64 7 


MCI 357 




Sound IF Detector 

DC Voume Control, Preamplifier 


Excellent AMR. 
interchangeable with CA3065 


646.647 


MCI 358 





VIDEO 



DEFLECTION 



Ut and 2nd Video IF Amplifier 


IF Gain'i>45MH* - 60 MB lyp 
AGC Range - 70 dB mm 


626 


MCI 349 


IF Gain &> 45 MH* - 46 d8 lyp. 
AGC Range 60 dB mm 


626 


MCI 350 


in and 2nd Video IF. AGC 
Koyer and Amplifier 


IF GiiiiXSl 46 MHz - 53 dB lyp. AGC H3nge - 66 dB mm. 
•"Forward AGC" Provided 'or Tuner 


646.647 


MCI 352 


Same M MC1352. with Opposite AGC for Tuner 


646.64 7 


MCI353 


3rd IF and Video Deteclo' 


Low Level Detection. 
Low Harmonic Generation. 
Reduced Circuit Cost and Complexity. 
Reduced Shielding 


626 


MCI 330 


3rd IF . Video Detector. 
Sound IF DetecTC.-. and 
Sync Separator 


Low-Level Detection. 
Separate Sound Detector. 
Differential inputs 


64fi 


MCI331 


AGC Keyer. AGC Amplifier. 

Nose Gale. Sync Separator 


High Quality Noise Gate. 

One IF AGC Output and Two Tuner AGC Outpuls. 

Adjustable AGC Oelay 


646 


MCI 344 


Automatic Fine Tuning 


High Gain AFT System, 

Interchangeable with CA3064 


646 
686 


MCI 364 



CHROMA 








Chroma IF Amplifier and 
Subcarner System 


includes Complete Chroma IF. AGC. dc Gain 
and Tmt Controls. Injection Locked Oscillator. 
Low Peripheral Parts Count 


646 


MC 1 398 


Chroma Subcarner System 


Interchangeable with C A. "1070, 
APC Chroma Reference System 


648 


MCI 370 


Chroma IF Amplifier 


Interchangeable with CA3071 , 
Automatic and Manual Gam Control 


646 


MC1371 


Dual Chroma Demodulators 


Industry Standard Demodulator. 
Low Differential Output dc Drift 


603 
646. 647 


MCI 328 


Same as MC1328 with short-circuit protected 
outputs, and improved dc tracking and temp 
eralure coefficients on Outputs 


646 


MCI 329 


Similar to MC1328 but with Luminance and 

Blinking Inputs, 
Internal Mainx Provides RGB Outputs 


646.647 


MCI 326 


Same as MC1326 with short circuit protected 
outputs, and improved dc tracking and tempera 
ture coefficients on outputs 


646 


MCI 324 


Dual Doubly Balanced Demodulator with 
RGB Output Matrix and PAL Switch 


646.64 7 


MC1327 


Triple Chroma Demodulator 


Triple Doubly Balanced Demodulator with Adjustable 
Output Matrix. Contains Three Independent Demodulators. 


648 


MCI 323 



Hon/ontai Processor 


Includes Phase-Detector, Oscillator and Prednvc. 

Linear Balanced Phase Detector , Adiustab'e dc Loop Gam 


626 


MC1391 




Horizontal Processor 


Same as MCI 39' except designed to accept negative 
sawtooth sync pulse. 


626 


MCI 394 




Color Processing Circuit 


Includes chroma 1 F amplifier with ACC, color killer, linear dc chroma 
control, phase locked loop subcarrier regenerator with dc hue control. 


648 


XC1399 





3-22 



CONSUMER APPLICATION SELECTOR GUIDE (Continued! 



AUDIO CIRCUITS 



PREAMPLIFIERS 






Function 


Vcc 

Vdc. - max 


A V0 | 
dB min 


THD 
%typ 


Ohms typ 


Case 


Type 


Oual Preamplifier 


115 


80 


1 


100 


632 


MCI 303 



DRIVERS 












Function 


Vcc 

Vdc - max 


Drive Current 
mA 


A vol 
dB 


Case 


Type 


Class B Audio Ortvera 


60 




90 IVP 


646 


XC1387 


25 


50 mvx 


■ 


646 


MC1385 



POWER AMPLIFIERS 



Function 


Walts 


vcc 

Vdc max 


•in 
«? i .nod P 

mV - man 


Pd 

mA - max 


"L 

Ohms 


Case 


Type 


Audio Power Amplifiers 


o r- 
25 


12 
12 


30 
30 


40 

3 =. 


80 
16 


626 
626 


MC1306 
MC3360P 



RADIO CIRCUITS 

IF AMPLIFIERS 







3 dB Limiting 




Recovered 










Gain 


9 10.7 MHz 


AMR 


Audio Output 


Power 








t> 10.7 MHz 


mV IRMSI lyp 


dB- typ 


Af «75kHi 


Supply 






Function 


dB - typ 


(uVIRMSI* 


mm' 


mV(RMS) 


Volts - max 


Case 


Type 


IF Amplifier 


58 


0.1 75 


60 


690 


18 


626 


MCI 350 


Limiting FM-IF Amplifier 


- 


0.600 


45 


480 


18 


646.647 


MC1355 


Limiting IF Ampl/Quadrature Detector 


53 


0.4 


— 


- 


16 


646.647 


MC1357 


IF Amplifier 


42 


60 


50 


500 


18 


626 


MC3310P 


IF Amplifier, Limiter. Detector. 


21 








16 


646 


MC1375 


Audio Preamplifier 
















IF Amplifier Quad Detector, AF pre- 


- 


18 # 


60' 


300 


16 


648 


XC1389 


Amplifier. AFC. AGC. Muting 
















and Tuning Meter Circuits 
















Limiting IF Ampl/Quadrature Detector 
with Built-in Regulator 


-«t 


&rr 


Mar to MC13! 


7 a— 


646.647 


MCI 356 



DECODERS 



Function 


Channel 
Separation 
dB - typ 


THD 
%-typ 


Stereo - Indicator 
Lamp Driver 
mA - max 


Features 


Case 


Type 


FM Multiplex Stereo Decoders 


4b 
45 
40 
40 
40 


5 
05 
0.5 
0.3 
0.5 


40 
40 
40 
75 
100 


Audio Muting 
Audio Muting 

Coilless Operation 
Coilless Operation, Emitter Follower 
Outputs. and Unitv Gam 


646 
646 
646 
646 
648 


MCI 304 
MC1306 
MCI 307 
MC1310 

MC1311* 


Four Channe; SO' Decoders 


45 


0.1 


- 


Vrjc 20 vdc nom 


646 


MC1312 


Four Channel SO ' Gam 
and Balance Control 


- 


- 


- 


Master Volume Control and LF/RF. 
L8/R8. E/B Balance Control 


646 


MC1314 


Four Channel SO' Luyic Circuit 








Interlace with MC1314 and MC1312 to 
increase F/B Separation and Suoply Gam 
and Balance Control to MCI 31 4 


646 


MC1315 



'Trademark o+ Columbia Broadcasting System. 



SPECIAL FUNCTIONS 



Function 


Toggle Frequency 
kHz 
Typ 


Power Supply 
Volts 
Max 


Case 


Type 


Emitter-Coupled Astable Multivibrator 


100 


10 


626 


MC3380 



r To be introduced 



3-23 



CONSUMER APPLICATION SELECTOR GUIDE (Continued) 



AUTOMOTIVE CIRCUITS 



OPERATIONAL AMPLIFIER 



Function 


v cc 

Range 
Vdc 


*vol 
V/mV - typ 


>IB 

uA - max 


Unity Gain 
Bandwidth 
MHl - typ 


"In 

MS! typ 


Case 


Type 


Quad Operational Amplifier 


4 10 28 


2.0 


0.3 


40 


1.0 


646 


MC3301 


COMPARATOR 

















Function 


vcc 

Range 
Vdc 


VlDR 
Vdc 


•IB 

uA-max 


Output Leakage 
Current 
uA-mex 


Sir* Current 


Case 


Type 


Quad Comparator 


2.0 10 28 


iV CC 


0.5 


1.0 


6.0 


646 


MC330? 


Quad Comparator {Single/Dual 
Supply) 


2.0 t 


36 


36 


100 

260 


0.1 


6.0 


646/ 
632 


MLM139 
MLM239 












250 














MLM339 












100 














MLM139A 












250 














MLM239A 










250 


'' 




' 


MLM339A 



ORGAN CIRCUITS 

FREQUENCY DIVIDERS 



Function 


vcc 

Range 
Vdc 


'To. 

MHl - lyp 


V H 
Vdc - min 


Case 


Type 


7 -Stage Divider 


60io 16 


1 


15.5 


646 


XC1302e> 



ATTENUATOR 



Function 


vcc 

Range 
Vdc 


THD 

%-typ 


Ay 
dB-typ 


Attenuation 

Range 

dB - typ 


Case 


1 1 

Type 


Electronic Attenuator 


9 to 18 


06 


13 


90 


626 


MC3340P 





To be announced 



3-24 



LINEAR IC PACKAGES 




CASE 1KT0-3I 
Suffix K after type number 





CASE 2902 TO-92 
Suffix P offer type number 




CASE 601 

Suffix G after type number 




CASE 607 
Suffix F after type number 



14 




CASE632ITO-116) 
Suffix L after type number 




CASE 602A 

Suffix G after type number 




CASE 614 

Suffix n ufter tvue number 



o 



CASE 79-02 (TO-39) 
Suffix G after type number 




CASE 602B 

SuHix G after type number 



.. 



Uuuuuuu 



i; 1 1 1 1 ■ • 



CASE 646 
Suffix P after type number 



CASE 686 
Suffix G aftei type number 



^ 



CASE 620 

Suffix L after type numoer 




CASE 199 04 
Suffix P after type number 





CASE 603 (TO- 1001 
Suffix G a'te> typo number 



jiaonanrifinnnia. 




¥•*. 



CASE 206A 

NoSulfix 



CASE 606 ITO-911 

Suffix F after type number 



CASE 623 

Suffix L after type number 



CASE 626 
Suffix Por PL otter type number 



flnfl-P-fl, 



mjtJTJOIjO 




CASE 647 
Suffix PQ after type number 



8 8 

,r"i A l"i A 



vW 





CASE 648 
Suffix P after type number 



f t f\f\nr\A"r\{\ t 



v v v v v vv 



CASE 693 
Suffix U after type number 







CASE 701 
Suffta p aft*' tvp« • 



♦ 



24 13 



y vovvv' 




CASE 649 
Su'lix P j'!i" type number 




3-25 






3-26 




^IMcMUlQM^nflglMSimg^. 






This Selector Guide is to help the designer choose the best silicon power 
transistor for his new equipment and find suitable replacements for devices used 
in older designs. It is a comprehensive listing of the industry's most complete 
line of PNP and NPN silicon power transistors, and the devices are rated at 
currents between 100 mA and 60 amperes, and at voltages up to 1500 volts. 

Motorola has the production capability and flexibility to supply devices 
especially tailored to specific application needs. Where suitable power transistors 
cannot be selected from this guide, contact your nearest Motorola sales 
representative or distributor. 



TABLE OF CONTENTS 

PAGE 

General-Purpose Silicon Power Transistors 

Representing over 200 "best value" selected devices for new designs 4.3 

Power Darlington Transistors 

High current gain Darlington devices for use in a variety of applications 4-8 

Power Switchmode Transistors 

Designed for high-voltage, high-speed, power switching in inductive circuits where fall time is critical. 4-7 

High Voltage Transistors 

Devices intended for industrial, commercial and military equipment 4-9 

High Frequency Transistors 

Designed for a wide variety of power amplifier and high-speed saturated switching applications. . . 4-11 

Motorola Replacements for the Popular TIP Series 4-12 



SEE POPULAR PRO-ELECTRON 
DEVICES TYPES 
SECTION 8 



4-1 



SILICON POWER TRANSISTORS (Continued) 



The following index reflects the devices characterized in this section. To locate the exact page number, 
see Catalog IndexIPage 7-1 I. 



1M 



2N3054A 


2N5875 


2N6277 


2N3055 


2N6876 


2N6282 


2 N 3439 


2N5877 


2N6283 


2N3440 


2NB878 


2N6284 


2N3883 


2N6879 


2N6285 


2N3S84 


2N6880 


2N6286 


2N3586 


2NS881 


2N6287 


2N371S 


2N5882 


2N6294 


2N3716 


2N5883 


2N6295 


2N3738 


2N5884 


2N6296 


2N3739 


2N5885 


2N6297 


2N3740 


2N5886 


2N6298 


2N3741 


2NB986 


2N6299 


2N3791 


2N5987 


2N6300 


2N3792 


2N5988 


2N6301 


2N3B67 


2NB989 


2N6303 


2N3868 


2N6990 


2N6306 


2N3902 


2NB991 


2N6307 


2N4231A 


2N6029 


2N6308 


2N4232A 


2N6030 


2N6312 


2N4233A 


2N6031 


2N6313 


2N4234 


2N6034 


2N6314 


2N4240 


ZN6035 


2N6338 


2N4398 


2N6037 


2N6339 


2N4399 


2N6038 


2N6340 


2N4918 


2N6039 


2N6341 


2N4919 


2N6040 


2N6377 


2N4920 


2N6041 


2N6378 


2N4921 


2N6042 


2N6379 


2N4922 


2N6043 


2N6383 


2N4923 


2N6044 


2N6384 


2NS190 


2N6045 


2N638S 


2NS191 


2N6049 


2N6406 


2NS192 


2N60BO 


2N6407 


2NS193 


2N80S1 


2N6408 


2N5194 


2N6052 


2N6409 


2NS195 


2N6053 


2N6410 


2N5301 


2N60B4 


2N6411 


2 N 5302 


2N6055 


2N6412 


2N6303 


2N60S6 


2N64I3 


2N6304 


2N6057 


2N6414 


2 N 5629 


2N6058 


2N6416 


2NB630 


2N6059 


2N6416 


2N5631 


2N6228 


2N6417 


2N5632 


2N6227 


2N6418 


2N5633 


2N6228 


2N6419 


2N5634 


2N6229 


2N6420 


2N5655 


2N6230 


2N6421 


2N56B6 


2N6231 


2N6422 


2N5657 


2N6233 


2N6423 


2N5683 


2N6234 


2N6424 


2 N 5684 


2N6235 


2N6425 


2N568S 


2N8249 


2N6436 


2N5686 


2N6250 


2N6437 


2N5745 


2N6261 


2N8438 


2N5758 


2N6274 


2N6495 


2N6769 


2N6276 


2N6497 


2N5760 


2N6276 


2N6498 



2N6499 


MJE41 


2N6B42 


MJE41A 


2N6543 


MJE41B 


2N6B44 


MJE41C 


2N6B4S 


MJE42 


2N6B46 


MJE42A 


2N6B47 


MJE42B 


2N6669 


MJE42C 


2N6S76 


MJE47 


2N6577 


MJE48 


2N6S78 


MJE49 


8U108 


MJE51 


BU126 


MJEB2 


8U205 


MJE53 


BU208 


MJE200 


MJ205 


MJE210 


MJ413 


MJE340 


MJ423 


MJE340K 


MJ42B 


MJE350 


MJ802 


MJES20 


MJ804 


MJE700 


MJ900 


MJE800 


MJ10O0 


MJE1100 


MJ2253 


MJE2160 


MJ2254 


MJE2955 


MJ29BB 


MJE2966K 


MJ3760 


MJE30B5 


MJ3761 


MJE30SBK 


MJ4S02 


MJE3300 


MJ5416 


MJE3301 


MJB416 


MJE3302 


MJ7160 


MJE3310 


MJ7161 


MJE3311 


MJ7260 


MJE3312 


MJ7261 


MJE3439 


MJE29 


MJE3440 


MJE29A 


MJE5I90 


MJE29B 


MJE6191 


MJE29C 


MJE5192 


MJE30 


MJEB293 


MJE30A 


MJE5194 


MJE30B 


MJEB19S 


MJE30C 


MJEB66S 


MJE31 


MJE5656 


MJE31A 


MJE66S7 


MJE3IB 


MJE6974 


MJE31C 


MJES976 


MJE32 


MJE6976 


MJE32A 


MJ66977 


MJE32B 


MJEB97B 


MJE32C 


MJEB979 


MJE33 


MJES980 


MJE33A 


MJE5981 


MJE33B 


MJES982 


MJE33C 


MJE5983 


MJE34 


MJEB984 


MJE34A 


MJES986 


MJE34B 


MPC900 


MJE34C 


MPC10O0 



4-2 



SIUCON POWER TRANSISTORS (Continued) 






General-Purpose Silicon Power Transistors 



From over 1 400 power device types available from Motorola, the following represent over 200 
"best value", selected devices for new designs. These devices are rated primarily on performance, 
price and availability. It is recommended that these standard device types be given first 
consideration for new design. 

The device types are listed in increasing order of l c continuous and V C e ratings. Other basic data 
is provided to enable the designer to have a wider field of choice — be it polarity, parameter, case 
style, process type, or complementary device types. Contact your nearest Motorola sales office for 
assistance in additional device selection and complete technical data. 





Veto 






V M ,M U 




1, 


Pd 




Davlca «nd Polarity 


Volts 


h « 


> lc 


Volt* 


lc 


MHz 


Watts 




NPN 


PNP 


Mai 


MlnfMax 


' Amp 


Max '-" 


Amp 


Mln 


Max 


Caaa 


0.3 Amp 




















MJE3440 




250 


40/160 


0.02 


0.5 


0.05 


15 


15 


77 


MJE3439 




350 


40/160 


0.02 


0.5 


0.05 


15 


15 


77 


0.S Amp 




















2N5655 




250 


30/250 


0.1 


1.0 


0.1 


10 


20 


77 


MJES6S5 




250 


30/250 


0.1 


1.0 


0.1 


10 


30 


199 


2NSB56 




300 


30/250 


0.1 


1.0 


0.1 


10 


20 


77 


MJE5656 




300 


30/250 


0.1 


1.0 


0.1 


10 


30 


199 


MJE340K 




300 


30/240 


0.05 








30 


199 




MJE350 


300 


30/240 


0.05 








20 


77 


MJE340 




300 


30/240 


0.05 








20.8 


77 


MJE5857 




350 


30/250 


0.1 


1.0 


1 


10 


30 


199 


2N5657 




350 


30/250 


0.1 


1.0 


01 


10 


20 


77 


1.0 Amp 




















MJE29 


MJE30 


40 


40/- 


0.2 


0.7 


1.0 


3.0 


30 


77 


MJE29A 


MJE30A 


60 


40/- 


0.2 


0.7 


1.0 


3.0 


30 


77 


MJE29B 


MJE30B 


80 


40/- 


0.2 


0.7 


1.0 


3.0 


30 


77 


MJE29C 


MJE30C 


100 


40/- 


0.2 


0.7 


1.0 


3.0 


30 


77 




MJ541S 


200 


30/150 


0.05 


2-5 


0.05 


15 


10 


79 


2N3738 


2N6424 


225 


40/200 


0.1 


2.5 


25 


10 


20 


80 


2N3440 




250 


40/160 


002 


05 


0.05 


15 


5.0 


79 




MJ541S 


300 


30/120 


0.05 


25 


0.05 


15 


10 


79 


2N3739 


2N642S 


300 


40/200 


0.1 


25 


0.25 


10 


20 


80 


2N3439 




350 


40/160 


0.02 


0.5 


005 


15 


5.0 


31 


1.5 Amp 




















MJE47 




250 


30/250 


0.3 


1.0 


10 


5.0 


50 


199 


MJE2160 




300 


30/240 


0.5 


3.5 


0.5 




50 


199 


MJE48 




300 


30/250 


0.3 


1.0 


1.0 


5.0 


50 


199 


MJE49 




350 


30/2S0 


0.3 


1.0 


1.0 


5.0 


50 


199 


2.0 Amp 




















2N6408 


2N6406 


60 


50/250 


0.1 


2.0 


2.0 


50 


12.5 


77 


2N6409 


2N6407 


80 


50/250 


0.1 


2.0 


2.0 


50 


12.5 


77 


2N3583 


2N6420 


175 


40/200 


0.5 


5.0 


1 


10 


35 


80 


2N3S84 


2N6421 


250 


8/80 


1.0 


0.75 


1.0 


10 


35 


80 


2N3S8S 


2N6422 


300 


8/80 


10 


0.75 


1.0 


10 


35 


80 


2N4240 


2N6423 


300 


10/100 


0.75 


1.0 


0.75 


15 


35 


80 



4-3 



SILICON POWER TRANSISTORS (Continued) 



PREFERRED SILICON POWER TRANSISTORS (continued) 







Voo 






»C1 IM» 




1, 


Po 








Device and Polarity 


Volts 


h.. 


a lc 


Volts 


, <c 


MHz 


Watts 








NPN 


PNP 


Mm 


Mln'Max 


9 Amp 


Max C 


' Amp 


Mln 


Max 


Case 






0.3 Amp 
























MJ205 




750 


2/- 


2.5 


5.0 


2.5 


7.5 


10 


11 






BU205 




750 


2/- 


2.5 


5.0 


2.5 


7.5 


10 


11 






3.0 Amp 
























MJE520 




30 


25/- 


10 








25 


77 






MJE31 


MJE32 


40 


25/- 


1.0 


1.2 


3.0 


3.0 


40 


77 






2N4921 


2N4918 


40 


20/100 


0.5 


0.6 


1.0 


3.0 


30 


77 








2N3867 


40 


40/200 


1.5 


0.75 


1.5 


60 


6.0 


31 








2N3868 


60 


30/150 


1.5 


075 


1.5 


60 


6.0 


31 






2N4922 


2N4919 


60 


20/100 


0.5 


0.6 


1.0 


3.0 


30 


77 








MJ2253 


60 


20/100 


0.25 


0.3 


0.5 


3.0 


25 


80 






MJE31A 


MJE32A 


60 


26/- 


1.0 


1.2 


3.0 


3.0 


40 


77 






MJE31B 


MJE32B 


80 


25/- 


1.0 


1.2 


3.0 


3.0 


40 


77 








MJ22S4 


80 


20/100 


0.25 


0.3 


05 


3.0 


25 


80 






2N6416 


2N6418 


90 


40/250 


02 


3.0 


3.0 


40 


15 


77 






2N4923 


2N4920 


80 


20/100 


0.5 


0.6 


1.0 


3.0 


30 


77 






2N6417 


2N6419 


100 


40/250 


0.2 


3.0 


3.0 


40 


15 


77 






MJE31C 


MJE32C 


100 


25/- 


1.0 


1.2 


3.0 


3.0 


40 


77 






3-SAmp 
























2N3S02 




400 


30/90 


1.0 


0.8 


1.0 


2.8 


100 


11 






4.0 Amp 
























2N6410 


2N6411 


25 


45/180 


2.0 


0.8 


2.0 


50 


15 


77 






2N6412 


2N6414 


40 


40/250 


0.2 


2.5 


4.0 


50 


15 


77 






2N5190 


2N5193 


40 


25/100 


1.5 


0.6 


1.5 


2.0 


40 


77 






MJE5190 


MJE5193 


40 


25/100 


1.5 


0.6 


1.5 


2.0 


60 


199 






2N6037 


2N6034 


40 


750/ 16k 


2.0 


2.0 


2.0 


25 


40 


77 






MJE3300 


MJE3310 


40 


1000/- 


1.0 


1.S 


1.5 


20 


15 


77 






2N3054A 


2N6049 


55 


25/100 


0.5 


1.0 


0.5 


3.0 


75 


80 






2N6413 


2N641S 


60 


40/250 


0.2 


2.5 


4.0 


50 


15 


77 






2N5191 


2NS194 


60 


25/100 


1.5 


0.6 


1.5 


2.0 


40 


77 






MJE5191 


MJE5194 


60 


26/100 


1.5 


0.6 


1.5 


2.0 


60 


199 








2N3740 


60 


30/100 


0.25 


0.6 


1.0 


4.0 


25 


80 






2N6294 


2N6296 


60 


750/ 18k 


2.0 


2.0 


2.0 


4.0 


50 


80 






2N6038 


2N6035 


60 


750/ 15k 


2.0 


2.0 


2.0 


25 


40 


77 






MJE3301 


MJE3311 


60 


1000/- 


1.0 


15 


1.5 


20 


15 


77 






MJE800 


MJE700 


60 


750/- 


IS 


2.5 


1.5 




40 


77 






MJE3302 


MJE3312 


80 


1000/- 


1.0 


1,5 


1.5 


20 


15 


77 






2N5192 


2N5195 


80 


20/80 


1.5 


0.6 


1.5 


2.0 


40 


77 






MJE5192 


MJE5195 


80 


20/80 


1.5 


0.6 


1.5 


2.0 


60 


199 








2N3741 


80 


30/100 


0.25 


0.6 


1.0 


4.0 


25 


80 






2N6295 


2N6297 


80 


750/ 18k 


2.0 


2.0 


2.0 


4.0 


50 


80 






2N6039 


2N6036 


80 


750/ 15k 


2.0 


2.0 


2.0 


25 


40 


77 





4-4 



SILICON POWER TRANSISTORS (Continued) 






REFERRED SILICON POWER TRANSISTORS (continued) 








Veto 






V« ,„„ 




f. 


Po 






Device and Polarity 


Volt* 


bn 


lc 


Volta 


l c 


MHz 


Watte 






NPN 


PNP 


Max 


Mln/Ma« '■■ 


Amp 


Max @ 


Amp 


Mln 


Max 


Caa* 




S.0 Amp 






















MJE200 


MJE210 


25 


45/180 


2.0 


0.75 


2.0 


85 


15 


77 




2N4231A 


2N6312 


40 


25/100 


1.S 


0.7 


1.5 


4.0 


75 


80 




MJE5977 


MJE5974 


40 


20/120 


2.5 


0.6 


2.5 


2.0 


75 


199 




2N4232A 


2N6313 


60 


25/100 


1.5 


0.7 


1.5 


4.0 


75 


80 




M1E5978 


MJE5975 


60 


20/120 


2.5 


0.6 


2.5 


2.0 


75 


199 




2N4233A 


2N6314 


60 


20/120 


1.6 


0.7 


1.5 


4.0 


75 


199 




MJE1100 


MJE1090 


60 


750/- 


3.0 


2.5 


3.0 




70 


90 




MJES979 


MJE5976 


80 


20/120 


2.5 


0.6 


2.5 


2.0 


75 


199 




2N6233 




225 


25/125 


1.0 


1.0 


1.0 


20 


50 


80 




2N6497 




250 


10/75 


2.5 


15 


2.5 


5.0 


80 


199 




MJE51 




250 


5.0/- 


5.0 


2.0 


5.0 


25 


80 


199 




2N6234 




275 


25/125 


1.0 


0.5 


1.0 


20 


50 


80 




2N6S42 




300 


7/35 


3.0 


1.0 


3.0 


6.0 


100 


11 




2N6498 




300 


10/75 


2.5 


1.5 


25 


5.0 


80 


199 




MJE52 




300 


5.0/- 


5.0 


2.0 


5.0 


25 


80 


199 




2N6235 




32S 


25/125 


1.0 


0.5 


1.0 


20 


50 


60 




2N6499 




350 


10/75 


2.5 


1.5 


2.5 


5.0 


80 


199 




MJE53 




350 


5.0/- 


5.0 


2.0 


5.0 


2.5 


80 


199 




MM25 




400 


30/90 


1.0 


0.8 


1.0 


25 


100 


11 




2N6543 




400 


7/35 


3.0 


15 


3.0 


6.0 


100 


11 




BU108 




750 






5.0 


4.5 


75 


56 


11 




MJ804 




800 


2.2/- 


3.5 






1.5 


100 


11 




6.0 Amp 






















MJE41 


MJE42 


40 


30/- 


0.3 


15 


6.0 


20 


65 


199 




MJE41A 


MJE42A 


60 


30/- 


0.3 


1.5 


6.0 


2.0 


65 


199 




MJE41B 


MJE42B 


80 


30/- 


0.3 


15 


6.0 


2.0 


65 


199 




MJE41C 


MJE42C 


100 


30/- 


0.3 


1.S 


6.0 


2.0 


65 


199 




2N5758 


2N6226 


100 


25/100 


3.0 


1.0 


3.0 


1.0 


150 


11 




2N5759 


2N6227 


120 


20/80 


3.0 


1.0 


3.0 


1.0 


150 


11 




2NS760 


2N5228 


140 


15/60 


3.0 


1.0 


3.0 


1.0 


150 


11 




MJ3760 




550 






5.0 


6.0 


7.5 


80 


11 




8.0 Amp 


i 




















MJES983 


MJE5980 


40 


20/120 


4.0 


0.6 


4.0 


2.0 


90 


199 




MJE5984 


MJE5981 


60 


20/120 


4.0 


0.6 


4.0 


2.0 


90 


199 




2N6300 


2N6298 


60 


750/ 18k 


4.0 


2.0 


4.0 


4.0 


75 


80 




2N6055 


2N6053 


60 


750/ 18k 


4.0 


2.0 


4.0 


4.0 


100 


11 




2N6043 


2N6O40 


60 


1k/ 20k 


4.0 


2.0 


4.0 


4.0 


75 


199 




MJ1000 


MJ900 


60 


1k/- 


3.0 


2.0 


3.0 




90 


11 




MJE5985 


MJE5982 


80 


20/120 


4.0 


0.6 


4.0 


zo 


90 


199 




2N6301 


2N6299 


80 


750/ 18k 


4.0 


2.0 


4.0 


4.0 


75 


80 




2N6056 


2N6054 


80 


750/ 18k 


4.0 


2.0 


4.0 


4.0 


100 


11 




2N6044 


2N6041 


80 


1k/ 20k 


4.0 


2.0 


4.0 


4.0 


75 


199 




2N6045 


2N6042 


100 


1k/ 20k 


3.0 


2.0 


4.0 


4.0 


75 


199 




2N6306 




250 


15/75 


3.0 


0.8 


3.0 


5.0 


125 


11 




2N6307 




300 


15/75 


3.0 


1.0 


3.0 


5.0 


125 


11 




MJ7160 




300 


25/100 


3.0 


1.0 


3.0 


30 


140 


11 




2N6544 




300 


7/35 


5.0 


1.5 


5.0 


6.0 


125 


11 




2N5308 




350 


12/60 


3.0 


5.0 


15 


3.0 


125 


11 




MJ7161 




400 


25/100 


3.0 


1.0 


3.0 


30 


140 


11 




2N6545 




400 


7/35 


5.0 


1.5 


5.0 


6.0 


125 


11 




MJ3761 




550 






5.0 


B.O 


7.5 


8G 


11 









4-5 



SILICON POWER TRANSISTORS (Continued) 






PREFERRED SILICON POWER TRANSISTORS (continued) 






M 





• ceo 






"« IUI> 




«, 


Po 






Device and Polarity 


Volta 


hn 


le 


Volts 


lc 


MHz 


Watt* 






NPN 


PNP 


Ma> 


MIn/Max 


1 Amp 


Max 


? Amp 


Mkl 


Max 


Case 




10 Amp 






















2N5304 




40 


30/120 


2.0 


0.4 


2.0 


100 


25 


9 




MJE33 


MJE34 


40 


40/- 


1.0 


1.0 


3.0 


2.0 


80 


199 




ZN6383 




40 


1k/ 20k 


5.0 


2.0 


5.0 


20 


100 


11 




2N6384 




60 


1k/ 20k 


5.0 


2.0 


5.0 


20 


100 


11 




MJE305S 


MJE295S 


60 


20/70 


4.0 


1.1 


4.0 


2.0 


90 


90 




MJE3055K 


MJE295SK 


60 


20/70 


4.0 


1.1 


4.0 


2.0 


90 


199 




2N5877 


2N5875 


60 


20/100 


4.0 


1.0 


5.0 


4.0 


150 


11 




2N3715 


2N3791 


60 


50/150 


1.0 


0.8 


5.0 


4.0 


150 


11 




MJE33A 


MJE34A 


60 


40/- 


1.0 


1.0 


3.0 


2.0 


80 


199 




2N5878 


2N5876 


80 


20/100 


4.0 


1.0 


5.0 


4.0 


150 


11 




2NB38S 




80 


Ik/ 20k 


5.0 


2.0 


5.0 


20 


100 


11 




2N3716 


2N3792 


80 


50/150 


1.0 


0.8 


5.0 


4.0 


150 


11 




MJE33B 


MJE34B 


80 


40/- 


1.0 


1.0 


3.0 


2.0 


80 


199 




MJE33C 


MJE34C 


100 


40/- 


1.0 


1.0 


3.0 


2.0 


80 


199 




2N5632 


2N6229 


100 


25/100 


5.0 


1.0 


7.5 


1.0 


150 


11 




2N5633 


2N6230 


120 


20/80 


5.0 


1.0 


7.5 


1.0 


150 


11 




2N5634 


2N6231 


140 


15/60 


5.0 


1.0 


7.5 


1.0 


150 


11 




MJ413 




325 


20/80 


0.5 


0.8 


0.5 


2.5 


125 


11 




MJ423 




325 


30/90 


• 


0.8 


1.0 


2.5 


125 


11 




12 Amp 






















2N6569 




40 


15/200 


4.0 


1.5 


4.0 


1.5 


100 


11 




2N5989 


2N5966 


40 


20/120 


6.0 


0.7 


6.0 


2.0 


100 


90 




2N5990 


2N5987 


60 


20/120 


6.0 


0.7 


6.0 


2.0 


100 


90 




2N6057 


2N6050 


60 


750/ 18k 


6.0 


2.0 


6.0 


4.0 


150 


11 




2N5991 


2N5988 


60 


20/120 


6.0 


0.7 


8.0 


2.0 


100 


90 




2N6058 


2N6051 


80 


750/ 18k 


6.0 


2.0 


6.0 


4.0 


150 


11 




2N6059 


2N6052 


100 


750/ 18k 


6.0 


2.0 


6.0 


4.0 


■ 50 


11 




15 Amp 






















2N3055 




60 


20/70 


4.0 


1.1 


4.0 


2.5 


115 


11 






MJ29SS 


60 


20/70 


4.0 


1.1 


4.0 


4.0 


150 


11 




2N5881 


2N5879 


60 


20/100 


6.0 


1.0 


7.0 


4.0 


160 


11 




2N6576 




60 


500/ 5k 


10 


4.0 


15 




120 


11 




2NS882 


2N5880 


80 


20/100 


6.0 


1.0 


7.0 


4.0 


160 


11 




2N6S77 




90 


500/ Sk 


10 


4.0 


15 




120 


11 




2N6578 




120 


500/ 5k 


10 


4.0 


15 




120 


11 




2N6249 




200 


10/50 


10 


1.5 


10 


2.5 


175 


11 




2N6250 




275 


8.0/50 


10 


1.5 


10 


2.5 


175 


11 




MJ7260 




300 


25/100 


5.0 


1.0 


5.0 


30 


175 


11 




2N6S46 




300 


6/35 


10 


1.5 


10 


6.0 


175 


11 




2N6251 




350 


6.0/50 


10 


1.5 


10 


2.5 


175 


11 




MJ7261 




400 


25/100 


5.0 


1.0 


5.0 


30 


175 


11 




2N6547 




400 


6/35 


10 


1.5 


10 


6.0 


175 


11 




16 Amp 






















2N5629 


2NS029 


100 


26/100 


8.0 


1.0 


10 


1.0 


200 


11 




2N5630 


2N6030 


120 


20/80 


8.0 


1.0 


10 


1.0 


200 


11 




2N5631 


2N6031 


140 


15/60 


8.0 


1.0 


10 


1.0 


200 


11 




20 Amp 






















2N6282 


2N628S 


60 


750/ 18k 


10 


2.0 


10 


4.0 


160 


11 




2N5303 


2N5745 


80 


15/60 


10 


1.0 


10 


2.0 


200 


12 




2N6283 


2N62B6 


80 


750/ 18k 


10 


2.0 


10 


4.0 


160 


11 




2N6284 


2N6287 


100 


750/ 18k 


10 


2.0 


10 


4.0 


160 


11 





4-6 



SILICON POWER TRANSISTORS (Continued) 
REFERRED SILICON POWER TRANSISTORS (continued) 





V«o 






Vc, u 




f. 


P, 




Device and Polarity 


Volts 


h„ p 


von* a i- 


MHz 


Watts 




NPN 


PNP 


Max 


Mln/Max 


Amp 


Mn 


Amp 


Mln 


Max 


Case 


25 Amp 




















2N5885 


2NS883 


60 


20/100 


10 


1.0 


15 


4.0 


200 


11 




2N6436 


80 


20/80 


10 


1.0 


10 


40 


200 


11 


2N5886 


2N5884 


80 


20/100 


10 


1.0 


15 


4.0 


200 


11 




2N6437 


100 


20/80 


10 


1.0 


10 


40 


200 


11 


2N6338 




100 


30/120 


10 


1.0 


10 


40 


200 


11 




2N6438 


120 


20/80 


10 


1.0 


10 


40 


200 


11 


2N6339 




120 


30/120 


10 


1.0 


10 


40 


200 


11 


2N6340 




140 


30/120 


10 


1.0 


10 


40 


200 


11 


2N6341 




150 


30/120 


10 


1.0 


10 


40 


200 


11 


30 Amp 




















2NS301 


2N4398 


40 


15/60 


15 


3.0 


0.75 


10 


200 


12 


2N5302 


2N4399 


60 


15/60 


15 


2.0 


0.75 


10 


200 


12 


MJ802 


MJ4502 


90 


25/100 


7.5 


0.8 


7.5 


2.0 


200 


12 


50 Amp 




















2N5685 


2N5683 


60 


15/60 


25 


1.0 


25 


2.0 


300 


197 


2N5686 


2N5684 


80 


15/60 


25 


1.0 


25 


2.0 


300 


197 




2N6377 


80 


30/120 


20 


12 


20 


30 


250 


197 




2N6378 


100 


30/120 


20 


1.2 


20 


30 


250 


197 


2N6274 




100 


30/120 


20 


1.0 


20 


30 


250 


197 




2N6379 


120 


30/120 


20 


1.2 


20 


30 


250 


197 


2N6275 




120 


30/120 


20 


1.0 


20 


30 


250 


197 


2N6276 




140 


30/120 


20 


1.0 


20 


30 


250 


197 


2N6277 




150 


30 120 


20 


10 


20 


30 


250 


197 



Power SWITCHMODE Transistors 

The Designers data sheets for switchmode silicon power devices provide detailed information for 
operating conditions as well as safety limits. Voltage, current, switching, temperature and 
secondary breakdown requirements are specified in detail. 

The 2N6542 thru 2N6547 transistors are designed for high- voltage, high-speed, power switching 
in inductive circuits where fall time is critical. They are particularly suited for 1 1 5 and 220 volt line 
operated switch-mode applications such as: 
e Switching Regulators 

• PWM Inverters and Motor Controls 

• Solenoid and Relay Drivers 

• Deflection Circuits 
Specification Features — 

High Temperature Performance Specified for: 
Reversed Biased SOA with Inductive Loads 
Switching Times with Inductive Loads 
Saturation Voltages 
Leakage Currents 
The device types are listed in increasing order of l c continuous and V CEV rating. 









V f .,. ..„,; 


Vc. .„,. 




t, 






1 c 


V«v 


@100C 


@ 100 c 




@ 100'C 






Amp 


Volts 


Volts 


Voll ffl 


ns @ 


Device 


Max 


Max 


Mln 


Max 


Amp 


Max 


Amp 


NPN 
















2N6542 


5.0 


650 


350 


20 


30 


800 


3.0 


2N6543 


5.0 


850 


450 


2.0 


30 


800 


3.0 


2N6544 


8.0 


650 


350 


25 


5.0 


900 


5.0 


2N6545 


8.0 


850 


450 


25 


5.0 


900 


5.0 


2N6546 


15 


650 


350 


2.5 


10 


1500 


10 


2N6547 


15 


850 


4S0 


25 


10 


1500 


10 



4-7 



SILICON POWER TRANSISTORS (Continued) 



Power Darlington Transistors 

Monolithic power Darlington devices have found wide design usage in a variety of different 
applications. This power technology promises an even brighter future in advancing the state of the 
art — high voltage and very high current devices are on the horizon and will soon become a viable 
alternative to Thyristor devices on the designer's specification list. Darlington devices are not only a 
very high gain alternative; other significant advantages include: 

• integrated circuit compatability 

• high input impedance 

• high current gain 

• reduced component count 

• space savings 

The following devices are listed in increasing order of l c continuous and V CE0 rating. 




EMITTER 



COLLECTOR 





lc 


Vwo 






Vc. , u „ 




f. 


Po 




Device and Polarity 


Amp 


Volts 


hii a U 


Volts 


S> lc 


MHz 


Watts 




NPN 


PNP 


Max 


Max 


Mln/Max 


Amp 


Max 


Amp 


Mln 


Max 


Case 


2N6037 


2N6034 


4.0 


40 


750/ 15k 


2.0 


2.0 


2.0 


25 


40 


77 


2N6294 


2N6296 


4.0 


60 


750/ 18k 


2.0 


2.0 


2.0 


4.0 


50 


80 


2N6038 


2N6035 


4.0 


60 


750/ 15k 


2.0 


2.0 


2.0 


25 


40 


77 


MJE800 


MJE700 


4.0 


60 


750/- 


1.5 


2.5 


1.5 




40 


77 


2N6295 


2N6297 


4.0 


80 


750/ 18k 


2.0 


2.0 


2.0 


4.0 


50 


80 


2N6039 


2N6036 


4.0 


80 


750/ 15k 


2.0 


2.0 


2.0 


25 


40 


77 


MJE3300 


MJE3310 


4.0 


40 


1k/- 


1.0 


1.5 


1.5 


20 


15 


77 


MJE3301 


MJE3311 


4.0 


60 


1k/- 


1.0 


1.5 


1.5 


20 


15 


77 


MJE3302 


MJE3312 


4.0 


80 


1k/- 


1.0 


1.5 


1.5 


20 


IS 


77 


MJE1100 


MJE1090 


5.0 


60 


750/- 


3.0 


2.5 


3.0 


1.0 


70 


90 


MJ1000 


MJ900 


8.0 


60 


1k/- 


3.0 


2.0 


3.0 




90 


11 


2N6300 


2N6298 


8.0 


60 


750/ 18k 


4.0 


2.0 


4.0 


4.0 


75 


80 


2N6055 


2N6053 


8.0 


60 


750/ 18k 


4.0 


2.0 


4.0 


4.0 


100 


11 


2N6043 


2N6040 


8.0 


60 


Ik/ 20k 


4.0 


2.0 


4.0 


4.0 


75 


199 


2N6301 


2N6299 


8.0 


80 


750/ 18k 


4.0 


2.0 


4.0 


4.0 


75 


60 


2N8056 


2N6054 


8.0 


80 


750/ 18k 


4.0 


2.0 


4.0 


4.0 


100 


11 


2N6044 


2N6041 


8.0 


60 


1k/ 20k 


4.0 


2.0 


4.0 


4.0 


75 


199 


2N6045 


2N6042 


8.0 


100 


1k/ 20k 


3.0 


2.0 


4.0 


4.0 


75 


199 


2N6057 


2N6050 


12 


60 


750/ 18k 


6.0 


2.0 


6.0 


4.0 


150 


11 


2N6058 


2N6051 


12 


80 


750/ 18k 


6.0 


2.0 


6.0 


4.0 


150 


11 


2N6059 


2N6052 


12 


100 


750/ 18k 


6.0 


2.0 


6.0 


4.0 


150 


11 


2N6576 




15 


60 


500/ 5k 


10 


2.8 


10 


4.0 


120 


11 


2N6S77 




15 


90 


500/ 5k 


10 


2.8 


10 


4.0 


120 


11 


2N6578 




15 


120 


500/ 5k 


10 


2.8 


10 


4.0 


120 


11 


2N6282 


2N628S 


20 


60 


750/ 18k 


10 


2.0 


10 


4.0 


160 


11 


2N6283 


2N6286 


20 


80 


750/ 18k 


10 


2.0 


10 


4.0 


160 


11 


2N6284 


2N6287 


20 


100 


750/ 18k 


10 


2.0 


10 


4.0 


160 


11 



4-8 



SILICON POWER TRANSISTORS (Continued) 









High Voltage Transistors 

The high-voltage devices are intended for industrial, commerical and military equipment. Typical 
applications include high-voltage differential and operational amplifiers, high- voltage inverters, low 
and medium current switching and series regulators. The devices are listed in decreasing order of 
V CE0 and l c continuous. 





Device 
NPN 


and Polarity 
PNP 


lc 
Amp 
Max 


Km 

Mln/Mu 


9 Amp 


"OI (Mil 

VoNs 
Max 


S lc 
Amp 


MHz 

Mln 


Po 
Watts 
Max 


Case 




800 Volts 
MJ804 




5.0 


2.2/- 


3.5 






1.5 


100 


11 




750 Volts 

BU108 
BU208 
MJ205 
BU205 




5.0 
5.0 
2.5 
2.5 


2/- 
2/- 


2.5 
2.5 


5.0 
5.0 
5.0 
5.0 


4.5 
4,5 
2.5 
2.5 


7.5 
7.5 
7.5 

7.5 


56 
56 
10 

10 


11 
11 
11 
11 




550 Volts 

MJ3760 

MJ3761 




B.0 
6.0 






5.0 
5.0 


8.0 
8.0 


7.5 
75 


80 
80 


11 

11 




400 Voltl 

MJ7261 

2N6547 

MJ7161 

2N6545 

2N6543 

MJ425 

2N3902 




15 
15 
8.0 
8.0 
5.0 
5.0 
3.5 


25/100 

6/35 
25/100 
7/35 
7/35 
X/90 
30/90 


5.0 
10 
3.0 
5.0 
3.0 
1.0 
1.0 


1.0 

it 

1.0 
1.5 
1.0 
0.8 
0.8 


5.0 
10 
3.0 
5.0 
3.0 
1.0 
1.0 


30 
6.0 
30 
6.0 
6.0 
2.5 
2.8 


175 

175 
140 
125 
100 
100 
100 


11 
11 
11 
11 
11 
11 
11 




350 Vote 

2N6251 

2N6308 

2N6499 

MJE53 

MJE49 

2N3439 

MJE5657 

2N5657 

MJE3439 




15 
8.0 
5.0 
5.0 

1.5 
1.0 
0.5 
0.5 

0.3 


6.0/50 
12/60 
10/75 
30/- 
30/250 
40/160 
30/250 
30/250 
40/160 


10 
3.0 
2.5 
0.3 
0.3 

0.02 
0.1 
0.1 

0.02 


1.5 
5.0 
1.5 

£0 
1.0 
0.5 
1.0 
1.0 
0.5 


10 
1.5 
2.5 
5.0 
1.0 

0.05 
0.1 
0.1 

0.05 


2£ 

3.0 
5.0 
2.5 
5.0 
15 
10 
10 
15 


175 

125 
80 
80 
50 
5.0 
30 
20 
15 


11 

11 

199 

199 

199 

79 

199 

77 

77 




325 Volts 

MJ423 
MJ413 
2N6235 




10 
10 
5.0 


30/90 
20/80 
25/125 


1.0 
0.5 
1.0 


0.8 
0.8 
0.5 


1.0 
0.5 

1.0 


2.5 
2.5 

20 


125 
125 
50 


11 
11 
80 




300VoHs 

MJ7260 

2N6546 

2N6307 

MJ7160 

2N6544 

MJE52 

2N6542 

2N6498 

2N3585 

2N4240 

MJE48 

MJE2160 

2N3739 

2N5656 
MJE5656 
MJE340K 
MJE340 


2N6422 
2N6423 

2N6425 
MJ5416 

MJE3S0 


15 
15 
8.0 
8.0 
8.0 
5.0 
5.0 
5.0 
2.0 
2.0 
1.5 
1.5 
1.0 
1.0 
0.5 
0.5 
0.5 
0.5 


25/100 

6/35 

15/75 

25/100 

7/35 

30/- 

7/35 

10/75 

8/80 

10/100 

30/250 

30/240 

40/200 

30/120 

30/250 

30/250 

30/240 

30/240 


5.0 
10 
3.0 
3.0 
5.0 
0.3 
3.0 
2.5 
1.0 

0.75 
0.3 
0.5 
0.1 

0.05 
0.1 
0.1 

0.05 

0.05 


1.0 
1.5 
1.0 
1.0 
1.5 
2.0 
1.0 
1.5 
0.75 
1.0 
1.0 
3.5 
2.5 
2.5 
1.0 
10 


5.0 
10 
3.0 
3.0 
5.0 
5.0 
3.0 
2.5 
1.0 
0.75 
1.0 
0.5 
0.25 
0.05 
0.1 
0.1 


30 
6.0 
5.0 
30 
6.0 
2.5 
6.0 
5.0 
10 
15 
5.0 

10 

15 
10 
10 


175 
175 
125 
140 
125 
80 
100 
80 
35 
35 
50 
50 
20 
10 
20 
30 
30 
20 


11 
11 
11 
11 
11 
199 
11 
199 
60 
60 
199 
199 
80 
79 
77 
199 
199 
77 



4-9 



SILICON POWER TRANSISTORS (Continued) 



HIGH VOLTAGE TRANSISTORS (continued) 






Device ar 
NPN 


d Polarity 
PNP 


Amp 
Max 


h„ | 

Mln/Max 


Amp 


Volts „ lc 
Ma> @ Amp 


t, 
MHz 

Mln 


Pc 
Watts 
Max 


Case 


276VOHS 

2N6250 
2N6234 




15 
5.0 


8.0/50 
25/125 


10 
1.0 


1.5 
0.5 


10 

1.0 


2.5 
20 


175 

50 


11 

80 


250 Volts 

2N6306 

2N6497 

MJE51 

2N3584 

MJE47 

2N3440 

2N5655 

MJE5655 

MJE3440 


2N6421 


8.0 
5.0 
5.0 
2.0 
1.5 
1.0 
0.5 
0.5 
0.3 


15/75 
10/75 
30/- 


3.0 
2.5 
0.3 


0.8 
1.6 
2.0 
0.75 
1.0 
0.5 
1.0 
1.0 
0.5 


3.0 
2.5 

5.0 
1.0 
1.0 

0.05 
0.1 
0.1 

0.05 


5.0 
5.0 
2.5 
10 
5.0 
15 
10 
10 
15 


125 
80 
80 
35 
50 
5.0 
20 
30 
15 


11 

199 

199 

80 

199 

79 

77 

199 

77 


8.0/80 
30/250 
40/160 
30/250 
30/250 
40/160 


1.0 

0.3 
0.02 
0.1 

0.1 

0.0? 


225 Volt* 

2N6233 
2N3738 


2N6424 


5.0 
1.0 


25/125 
40/200 


1.0 
0.1 


1.0 
2.6 


1.0 
0.25 


20 
10 


50 
20 


80 
80 


200 Volts 
2N6249 


MJ5415 


15 
1.0 


10/50 
30/150 


10 
0.05 


1.5 
2.5 


10 
0.05 


2.5 
15 


175 
10 


11 
79 



High Power Voltage Regulators 

The MPC1000 and MPC900 are complete solid state hybrid regulators in a metal hermetic 
package. Specifications and performance ot the MPC1000 positive voltage regulator and the 
MPC900 negative voltage regulator are nearly identical. 

For systems requiring both a positive and a negative power supply, these devices are excellent for 
use as complementary regulators and offer the advantage of operation with a common ground. The 
devices are designed to deliver load current to 1 Adc. Output current capability can be increased 
further through use of one or more external pass transistors. They are specified for operation over 
the junction temperature range (-55 to +175°C). 






Device and Polarity 
NPN PNP 



MPC1000 



MPC900 



Vo 

Volts 
Mln Max 



2.0 
-4.0 



35 
-30 



l t 
A 

Max 



10 
10 



Vm-Vo 

Vol;-. 

Mln Max 



3.0 
2.5 



60 
30 



Vi„ 

Volts 

Mln Max 



9.5 
-9.0 



40 
35 



lie 

mA 
Max 



5.0 
20 



Reg,, 

% Vo<V„ 
Max 



0.5 
0.5 



Reg, 
%V 
Max 



0.6 
0.6 



Pd 
Watts 
Max 



100 
100 



662-01 
662-01 



4-10 



SILICON POWER TRANSISTORS (Continued) 















High Frequency Transistors 

The following high-frequency devices are intended for a wide variety of power amplifier and 
high-speed saturated switching applications. With minimum gain-bandwidth products (f,) up to 1 00 
MHz, these devices provide useful gain at high frequencies. The device types are listed in order of 
decreasing f T and increasing l c continuous. 



Davlea and Polarity 


Amp 


"CIO 

Votta 


"■i a U 


*CI lull 

Volta 


9 lc 
Amp 


P, 
Watta 






NPN 


PNP 


Max 


Max 


Mln/Maz 


Amp 


Max 


Max 


Caae 




100 MHz 






















2N5304 




10 


40 


30/120 


2.0 


0.4 


2.0 


25 


9 




60 MHz 
























2N3867 


3.0 


40 


40/200 


15 


0.75 


1.5 


6.0 


31 






2N3868 


3.0 


80 


30/150 


IS 


0.75 


1.5 


6.0 


31 




SO MHz 






















2N6408 


2N6406 


2.0 


00 


50/250 


0.1 


1.4 


1.5 


12.5 


77 




2N6409 


2N6407 


2.0 


80 


50/250 


0.1 


1.4 


1.5 


125 


77 




2N6410 


2N6411 


4.0 


25 


45/180 


2.0 


0.8 


2.0 


15 


77 




2N6412 


2N6414 


4.0 


40 


40/250 


0.2 


0.6 


1.0 


15 


77 




2N6413 


2N6415 


4.0 


60 


40/250 


0.2 


0.6 


1.0 


IS 


77 




40 MHz 






















2N6416 


2N6418 


3.0 


60 


40/250 


02 


1.0 


1.0 


IS 


77 




2N6417 


2N6419 


3.0 


100 


40/250 


0.2 


1.0 


1.0 


15 


77 






2N6436 


25 


80 


20/80 


10 


1.0 


10 


200 


11 






2N6437 


25 


100 


20/80 


10 


1.0 


10 


200 


11 




2N6338 




25 


100 


30/120 


10 


1.0 


10 


200 


11 






2N6438 


25 


120 


20/80 


10 


1.0 


10 


200 


11 




2N6339 




25 


120 


30/120 


10 


1.0 


10 


200 


11 




2N6340 
2N6341 




25 


140 


30/120 


10 


1.0 


10 


200 


11 






25 


150 


30/120 


10 


1.0 


10 


200 


11 




30 MHz 






















MJ7181 




8.0 


400 


25/100 


3.0 


1.0 


3.0 


140 


11 




MJ7160 




8.0 


300 


25/100 


3.0 


1.0 


3.0 


140 


11 




MJ7260 
MJ7261 




15 


300 


25/100 


5.0 


1.0 


5.0 


175 


11 






IS 


400 


25/100 


5.0 


1.0 


5.0 


175 


11 






2N6377 


50 


80 


30/120 


20 


1.2 


20 


250 


197 




2N6274 


2N6378 


so 


100 


30/120 


20 


1.2 


30 


250 


197 




2N6275 


2N6379 


50 


120 


30/120 


20 


\2 


30 


250 


197 




2N6276 
2N8277 




so 


140 


30/120 


20 


3.0 


SO 


250 


197 






50 


150 


30/120 


20 


3.0 


SO 


250 


197 




25 MHz 






















2N6037 


2N6034 


4.0 


40 


750/ 15k 


2.0 


2.0 


2.0 


40 


77 




2N649S 




10 


80 


10/60 


10 


1.5 


10 


70 


SO 




20 MHz 






















MJE33O0 


MJE3310 


4.0 


40 


1k/- 


1.0 


1.5 


1.5 


15 


77 




MJE3301 


MJE3311 


4.0 


80 


1k/- 


1.0 


1.5 


1.5 


15 
15 


77 




MJE3302 


MJE3312 


4.0 


80 


1k/- 


1.0 


1.5 


1.5 


77 




2N63S3 




10 


40 


Ik/ 20k 


5.0 


2.0 


S.O 


100 


11 




2N6384 




10 


80 


Ik/ 20k 


5.0 


2.0 


5.0 


100 


11 




2N6385 




10 


80 


Ik, 20k 


5.0 


2.0 


5.0 


100 


11 





4-11 



SILICON POWER TRANSISTORS (Continued) 



Motorola Replacements for Popular TIP Series 







Motorola 




lc 


Veto 








Nurnbor 


Nurxt 




Amp 


Volt* 








Equivalent 


Polarity 


Max 


Max 


Cat* 






TIP29 


MJE29 


NPN 


1.0 


40 


77R 






TIP29A 


MJE29A 


NPN 


1.0 


60 


77R 






TIP29B 


MJE29B 


NPN 


1.0 


BO 


77R 






TIP29C 


MJE29C 


NPN 


1.0 


100 


77R 






TIP30 


MJE30 


PNP 


1.0 


40 


77R 






TIP30A 


MJE30A 


PNP 


1.0 


60 


77R 






TIP30B 


MJE30B 


PNP 


1.0 


80 


77R 






TIP30C 


MJE30C 


PNP 


1.0 


100 


77R 






TIP31 


MJE31 


NPN 


3.0 


40 


77R 






TIP31A 


MJE31A 


NPN 


3.0 


60 


77R 






TIP31B 


MJE31B 


NPN 


3.0 


80 


77R 






TIP31C 


MJE31C 


NPN 


3.0 


100 


77R 






TIP32 


MJE32 


PNP 


3.0 


40 


77R 






TIP32A 


MJE32A 


PNP 


3.0 


60 


77R 






TIP32B 


MJE328 


PNP 


3.0 


60 


77R 






T1P32C 


MJE32C 


PNP 


3.0 


100 


77R 






TIP33 


MJE33 


NPN 


10 


40 


199 






TIP33A 


MJE33A 


NPN 


10 


60 


199 






TIP33B 


MJE33B 


fi i i 4 


10 


80 


199 






TIP33C 


MJE33C 


NPN 


10 


100 


199 






TIP34 


MJE34 


PNP 


10 


40 


199 






TIP34A 


MJE34A 


PNP 


10 


60 


199 






TIP34B 


MJE348 


PNP 


10 


80 


199 






T1P34C 


MJE34C 


PNP 


10 


100 


199 






TIP41 


MJE41 


NPN 


6.0 


40 


199 






TIP41A 


MJE41A 


NPN 


6.0 


60 


199 






TIP41B 


MJE41B 


NPN 


6.0 


80 


199 






TIP41C 


MJE41C 


NPN 


6.0 


100 


199 






TIP42 


UJE42 


PNP 


6.0 


40 


199 






TIP42A 


MJE42A 


PNP 


6.0 


60 


199 






TIP42B 


MJE42B 


PNP 


6.0 


80 


199 






TIP42C 


MJE42C 


PNP 


6.0 


100 


199 






TIP47 


MJE47 


NPN 


1.5 


250 


77 






TIP48 


MJE48 


NPN 


1.5 


300 


77 






TIP43 


MJE49 


NPN 


1.5 


350 


77 






TIP51 


MJE51 


NPN 


5.0 


250 


199 






TIP52 


MJE52 


NPN 


5.0 


300 


199 






TIP53 


MJES3 


NPN 


5.0 


350 


199 






R Suffi* indicates reverw pin out*. 





























SILICON POWER DEVICE PACKAGES 



Case 77 




4-12 




ft 

to 








m 

METAL TRANSISTORS 

Silicon Small-Signal Transistors 

500 AND GROWING! Thai phrase apily describes the number of different 
classifications in Motorola's line of small-signal transistors. And with this many device 
type numbers covering the small-signal transistor spectrum, it is apparent that the 
actual differences between some devices becomes quite small. Even when the line is 
divided into its two natural categories — plastic for lowest cost, and metal for 
hermeticity — the sheer number of devices in each category makes selection by 
spec-for-spec comparison a significant task. This selector guide, therefore, ignores the 
large bulk of general-purpose, small-signal type numbers and concentrates on those 
transistors that have emerged as the best values in various applications categories. 

Since the devices highlighted here are the most popular in each category, it follows 
that they are among the most widely available, at the lowest cost. They are particularly 
well-suited for new designs where a continuous, off-the-shelf supply of product is 
required. 

The reader is reminded, however, that semiconductors are manufactured by "batch" 
processes, and that each "batch" may yield devices with widely varying parameters. 
This creates device "families ". While the various specifications limits assigned to 
"family members" have been selected on the basis of demonstrated industry need, 
modern testing methods have made the selection of devices with special 
characteristics simple and inexpensive. Where the specified characteristics of the 
"preferred" devices listed in the following selector guides do not meet a particular 
design requirement, the designer is requested to contact his nearest Motorola sales 
representative for price quotations on special devices to fit his needs. 






Page 



TABLE OF CONTENTS 

Small-Signal Metal Transistors 

Switching Transistors 

... for use in general-purpose amplifiers and switching applications 4-15 

High-Gain Low-Noise Transistors 

... for low-noise, low-level amplifier applications 4-17 

High-Voltage Amplifiers 

... for use in general-purpose, high voltage applications 4-17 

High-Frequency Amplifier/Oscillators 

. . . high-frequency power oscillators, multipliers and driver applications 4-18 

General-Purpose Amplifiers 

... for use in general purpose amplifier and switching applications 4-19 



4-13 



SMALL-SIGNAL METAL TRANSISTORS (Continued) 



The following Index reflects the devices characterized in this section. To locate the exact page number, 
see Catalog IndexIPage 7-1 I. 



Switching Translator* 
NPN 

2N2208 

2N2319 

2N2368 

2N2369 

2N2369A 

2N2539 

2N2S40 

2N2845 

2N3011 

2N3227 

2N32S2S 

2N32S3S 

2N3444S 

2N3506 

2N3507 

2N3508 

2N3509 

2N3647 

2N3848 

2N3724 

2N372S 

2N3734 

2N3735 

2N3736 

2N3737 

2N4013 

2N4014 

2N5859 

2N5861 

MM3220 

MM3734 

MM3736 

MM3737 

MM5189 

MM5262 



2NMM 

2N3012 

2N3244S 

2N3245S 

2N3249 

2N3468S 

2N3546 

2N3634S 

2N363SS 



2N37838 

2N4208 

2N4209 

2N4404 

2N440S 

2N4406 

2N4407 

2N4890 

2N4929S 

MM3726 

MM4001 

MM4005 

MM4006 

MM4007 

MM4030 

MM4031 

MM4032 

MM4033 

MM4036 

MM4037 

MM4257 

MM4258 



Hlgh-G»ln Low-NolM 

NPN 

2N929 

2N930 

2N930A 

2N2483 

2N2484 

MM2484 

Darlington 
NPN 

MM6427 

PNP 

2N3798 
2N3790 

High Vottaga AmpHftars 

NPN 

2N657S 

2N1190S 

2N3114S 

2N3498S 

2N3499S 

2N3SO0S 

2N3501S 

2N3712S 

2N3742S 

2N4924S 

2N4926 

2N4927 

2N50S8S 

2N5059S 

MM2258 

MM22S9 

MM3000 

MM300I 

MM3002 

MM3003 

MM300S 

MM3008 

MM3007 

MM3008 

MM3009 

PNP 

2N3494S 

2N3495S 

2N3496 

2N3497 

2N3634S 

2N363SS 

2N3637S 

2N3743S 

2N4404 

2N4405 

2N4890 

2N4928 

2N4929S 

2N4930 

2N4931S 

MM4000 

MM4001 

MM4002 

MM4003 

MM4009 

MM4010 

MM4036 

MM4037 

MM5005 

MMS006 

MMS007 



Hlgh-Fraquancy 

AmpllflarB/0»cIllator» 

NPN 

2N917 

2N918 

2N3544 

MM1941 

PNP 

2N3307 
2N3306 
2N4260 
2N4281 

Qanaral-PurpoM AmpHfleri 
NPN 

2N656 

2N697S 

2N699 

2N717 

2N718 

2N843 

2N91S 

2N916 

2N956 

2N1613S 

2N1613AS 

2N1711S 

2N1711AS 

2N1890S 

2NI883S 

2N2102S 

2N2I93AS 

2N2218S 

2N2218AS 

22219S 

2N2219AS 

2N222) 

2N2221A 

2N2222 

2N2222A 

2N2270S 

2N2297S 

2N2789S 
2N2951S 

2N29S9S 

2N3019S 

2N3020S 

2N3053S 

2N3053AS 

2N3110S 

2N3299S 

2N330OS 

2N330I 

2N3302 

2N3948 

2N3947 

2N4460 

2N5681 

2NS582 

MM3019 

MM3020 

MM3053 

MM3903 

MM3904 

PNP 

2N1131S 
2N1131AS 
2N1132 
2N1132A 



2N1991S 

2N2800S 

2N2904S 

2N2904AS 

2N2905S 

2N2905AS 

2N2908 

2N2906A 

2N2907 

2N2907A 

2N3073 

2N3133S 

2N3135 

2N3250 

2N3250A 

2N3251 

2N32S1A 

2N348S 

2N3485A 

2N3486 

2N3486A 

2N3673 

MM3905 

MM3906 



4-14 



SMALL-SIGNAL METAL TRANSISTORS (Continued) 









Switching Transistors 

The transistors listed below detail Motorola's Silicon Transistors. Prime devices are 
shown in Bold Face Type. Devices are listed in order of decreasing turn-on time (U). 



D.VK. 
Turn 



t. I 



NPN 



A_L 



■Vc» 
Vod. 



■e 

l*A 



i a 



vom @ ic • i, 



mA 





TO-18 


5 


2N284S 
2N2540 
2N2S39 


40 
40 
40 


40 
40 
40 


150 
150 
150 


30 
30 
30 


- 


30 
100 
50 


150 
150 
150 


0.4 
0.45 

45 


150 
150 
150 


15 
15 
15 


250 
250 

250 


50 
20 
20 






TO-5 


22 


2N3507S 

2N3506S 


45 
45 


90 
90 


1500 
1500 


50 
40 


3000 
3000 


30 
40 


1500 
1500 


1.0 
1.0 


1500 
1500 


150 
150 


60 

60 


100 
100 






TO-52 
TO-39 

TO-1B 


27 


2N3444S 
2N32S3S 
2N3252S 

2N3725 
2N3724 
2N3735 
2N3734 

UM5189 
2NS859 
MM3734 
MMS262 
2N5861 

2N4014 
2N4013 


50 
50 
45 

35 
35 
48 
48 
40 
35 
35 
30 
25 

35 
35 


70 
70 
70 

60 
60 
60 
60 
70 
60 
80 
60 
80 

60 
60 


500 
500 

500 

500 
500 
1000 
1000 

1000 
1000 
1000 
500 

500 
500 


50 
40 
30 

50 
30 
75 
50 
40 
40 
30 
50 
50 

50 
30 


2000 
2000 
1500 
1500 
2000 
2000 
1500 
2000 
2000 

1000 
1000 


20 
25 
30 

35 
35 
20 
30 
20 
15 
25 
25 
25 

35 

35 


500 
500 

500 

500 
500 
1000 
1000 
1000 
1000 
1000 
1000 
500 

500 
500 


0.6 
0.6 
0.5 

0.52 
0.42 
0.5 
0.5 
1.0 
0.4 
0.5 
0.8 
0.5 

0.52 
0.42 


500 
500 
500 

500 

500 

500 
500 
1000 
500 

500 
1000 
500 

500 
500 


50 
50 
50 

50 
50 
50 
50 
100 
50 
50 
100 
50 

50 
50 


175 
175 
200 

300 

300 

250 

250 
350 (typ) 

250 

200 
350 (typ) 

200 

300 
300 


50 
50 
50 

50 
50 

50 
50 
50 
50 

so 

50 
50 

50 
50 






TO-18 
TO-46 


73 


2N3011 

2N3227 

2N2369 

2N2369A 

2N2368 

2N2319 
2N2206 

2N3508 
2N3509 


15 
12 
12 
12 

12 

60 
40 
12 

12 


20 
18 
18 
18 

15 

50 
7S 
18 

18 


30 
100 
100 
10 
10 

20 
10 
10 

10 


12 

20 
15 

15 
15 

15 
12 
20 
20 


200 
500 
500 
200 

200 
200 
500 
500 


25 
30 
20 
40 
20 

40 
40 
40 
100 


30 
100 
100 
10 
10 

20 
10 
10 
10 


0.25 
0.25 
0.25 
0.2 
0.25 

0.35 
220 
0.25 
0.25 


30 
10 
10 
10 

10 

20 
10 
10 
10 


3.0 
1.0 
1.0 
1.0 
1.0 

1.0 
1.0 
1.0 
1.0 


400 
500 
500 
500 
400 

300 
200 
500 

500 


20 
10 
10 
10 
10 

10 
10 
10 
10 






TO-46 


81 


2N3647 

2N364A 


20 
16 


25 
18 


150 
150 


10 
15 


500 
500 


25 

30 


150 
150 


0.4 
0.4 


150 
150 


15 

15 


350 
450 


15 
15 






TO-46 


99 


2N3737 
2N3736 
MM3737 
MM3736 


48 
48 
45 

45 


60 
60 
65 
65 


1000 
1000 
1000 

1C00 


50 
30 
50 
30 


1500 
1500 
1500 
1500 


20 
30 
20 
30 


1000 
1000 
1000 
1000 


0.5 
0.5 
0.5 

0.5 


500 
500 
500 
500 


50 
50 
50 
SO | 


250 

250 
200 
200 


50 
SO 
50 
50 





4-15 



SMALL-SIGNAL METAL TRANSISTORS (Continued) 






Switching Transistors (Continued) 







Davlca 


m 


IN <3 


tj 


BV C „ 

Voltl 


It 

mA 


«n 9 


Ig 


Vcsmc 
VoK* @ l« * 


h 


1, 

MHz 19 


Ic 

mA 


Padua* 


Famty 


Typ* 


■*» J 


■to. | 


mA 


Uki 


Max 


m, | 


mA 


"» 1 


mA | 


mA 


attn 


PNP 


















TO-18 


44 


2N3249 


90 


100 


10 


12 


— 


100 


10 


0.125 


10 


1.0 


300 


20 






2N863A 


50 


80 


30 


18 


200 


40 


30 


0.2 


30 


3.0 


400 


10 






2N2894 


60 


90 


30 


12 


200 


40 


30 


0.2 


30 


3.0 


400 


30 






2N3012 


60 


75 


30 


12 


200 


30 


30 


0.2 


30 


3.0 


400 


30 


TO-18 


45 


2N3546 


40 


30 


50 


12 


- 


25 


50 


0.25 


50 


50 


700 


10 


TO- 39 


50 


2N4890S 


100 


270 


150 


40 


500 


50 


150 


1.4 


150 


15 


100 


50 






MM4036 


75 


175 


150 


65 


1000 


40 


150 


0.65 


150 


IS 


60 


50 






MM4037 


75 


175 


150 


40 


1000 


50 


150 


1.4 


150 


15 


60 


SO 






2N4405 


40 


210 


500 


80 


1000 


25 


500 


0.5 


500 


50 


200 


50 






2N4404 


40 


210 


500 


80 


1000 


15 


500 


0.5 


500 


50 


200 


50 


TO-39 


56 


MM4031 


100 


2-10 (typ 


500 


80 


1000 


25 


500 


0.5 


500 


SO 


100 


50 






MM4033 


100 


240 (typ) 


500 


80 


1000 


70 


500 


0.5 


500 


50 


150 


50 






MM4032 


100 


240 (typ) 


500 


60 


1000 


70 


500 


O.S 


500 


50 


150 


50 






MM4030 


100 


240 (typ) 


500 


60 


1000 


25 


500 


0.5 


500 


50 


100 


SO 






2M4407 


75 


225 


1000 


80 


2000 


15 


1000 


0.7 


1000 


100 


150 


SO 






2N4406 


75 


225 


1000 


80 


2000 


10 


1000 


0.7 


1000 


100 


150 


SO 






MM4007 








100 


1000 


50 


150 


0.1 (typ) 


150 


15 


50 


SO 






MM4006 


_ 








80 


1000 


SO 


150 


0.1 (typ) 


150 


15 


50 


50 






MM4005 


_ 





— 


60 


1000 


SO 


150 


0.1 (typ) 


150 


15 


50 


50 


TO-39 


60 


2N3763S 


43 


115 


1000 


50 


1500 


20 


1000 


0.9 


1000 


100 


150 


50 






2N3762S 


43 


115 


1000 


40 


1500 


30 


1000 


0.9 


1000 


100 


180 


50 


TO-39 


337 


2N3245S 


55 


165 


500 


50 


1000 


30 


500 


08 


500 


50 


150 


50 






2N3244S 


50 


185 


500 


40 


1000 


50 


500 


0.5 


500 


50 


175 


50 






2N3458S 


40 


90 


500 


50 


1000 


25 


500 


0.6 


500 


50 


150 


50 






2N3487S 


40 


90 


500 


40 


100 


40 


500 


0.5 


500 


50 


175 


50 






MM3726 


35 


60 


1000 


50 


1500 


15 


1000 


1.2 


1000 


100 


200 


50 


TO-18 


345 


2N4209 


15 


20 


1C 


15 


200 


SO 


10 


0.18 


10 


1.0 


850 


10 






2N4208 


15 


20 


10 


12 


200 


30 


10 


0.15 


10 


1.0 


700 


10 






MM42S8 


15 


20 


10 


12 


80 


30 


10 


0.15 


10 


1.0 


700 


10 






MM4257 


15 


15 


10 


60 


80 


30 


10 


0.15 


10 


1.0 


500 


10 


TO-39 


454 


2N3636S 


40C 


600 


50 


175 


1000 


50 


50 


0.5 


50 


5.0 


150 


30 






2N3635S 


400 


600 


50 


140 


1000 


100 


50 


0.5 


50 


5.0 


200 


30 






2N3634S 


400 


600 


50 


140 


1000 


SO 


50 


0.5 


50 


5.0 


150 


30 






2N4929S 




_ 


_ 


150 


500 


25 


10 


0.5 


10 


1.0 


100 


20 






MM4001 


- 


- 


- 


150 


500 


20 


10 


0.6 


10 


1.0 


— 





4-16 



SMALL-SIGNAL METAL TRANSISTORS (Continued) 






High-Gain Low-Noise Transistors 

The transistors are characterized tor high-gain and low-noise applications. 
Devices are listed in decreasing order of NF. 



Paduga 


Famty 


Davtca 
T»P» 


NF 
Wideband 

typ-mm 

m 


BVoo 
Vots 
Mki 


■c 

mA 

Man 


II 


@ £ 
■to. | «A- 


HHl @ lc 
kin mA 


NPN 


TO-18 


18 


2N2483 

2N2484 

2N929 

2N930A 

2N930 


8.0- 
8.0- 
4.0 
3.0 

3.0 


60 
60 
45 
45 

45 


50 
50 
30 
30 
30 


40 
100 
40 
100 
100 


120 
500 

120 
300 
300 


10 
10 
10 

10 

10 


12 
16 
30 
45 

30 


0.05 
0.05 
0.5 
0.5 
0.5 


NPN DARUNGTON 


TO-18 914 


MM6427 




40 


300 


5000 


" 


,o- 


,25 


100 


PNP 


TO-18 


55 


2N3798 
2N3799 


3.5 
2.5 


60 

SO 


SO 
50 


150 
300 


450 
900 


500 

500 


30 

30 


05 
0.5 



High-Voltage Amplifiers 

The following table lists Motorola standard devices that have high Collector-Emitter 
Breakdown Voltage. Prime devices are shown in Bold Face Type. Devices are listed in 
decreasing order of BV CEO - 



Pacfcaga 


Fan*, 


Davlc. 
Typa 


BVao 
Votta 
■Un 


■c 

mA 
Mai 


Mn 


® 
I 




V«— 

vo*a 


@ 
I 


mA 


* 
I 


a 

mA 


«, 

ant 

am 


■ 

I 


■c 
mA 



NPN 



TO-39 


6 


MM3009 


180 


400 


40 


10 


_ 


_ 


— 


so 


20 






MM 30-38 


120 


400 


40 


10 


— 


— 


- 


50 


20 


TO-39 


26R 


MM2259 


175 


300 


35 


10 


0.4 


25 


2.5 


150 


20 






2N3501S 


150 


300 


100 


150 


0.4 


150 


15 


150 


20 






2N3500S 


150 


300 


40 


150 


0.4 


150 


15 


150 


20 






2N3114S 


150 


200 


30 


30 


1.0 


50 


5.0 


40 


30 






2N3712S 


150 


200 


30 


30 


2.0 


50 


5.0 


40 


30 






MM3001 


150 


200 


20 


10 


— 


— 


— 


150 


10 






MM2258 


120 


500 


50 


10 


0.4 


25 


25 


150 


20 






2N3499S 


100 


500 


100 


150 


0.6 


300 


30 


150 


20 






2N3496S 


100 


500 


40 


150 


0.6 


300 


30 


150 


20 






2N4924S 


100 


200 


40 


150 


0.4 


50 


5.0 


100 


20 






2N657S 


100 


— 


30 


200 


4.0 


200 


40 


— 


— 






2N 1990S 


- 


1000 


20 


30 


0.5 


2.0 


0.2 


- 


- 


TO-39 


88 


MM3007 


100 


2500 


SO 


250 


0.35 


150 


15 


50 


50 






MM3006 


80 


2500 


50 


200 


0.35 


150 


15 


50 


50 






MM3005 


60 


2500 


50 


150 


0.35 


150 


15 


50 


50 


TO-39 


21 OR 


2N5058S 


300 


150 


35 


30 


1.0 


30 


3.0 


30 


10 






2N3742S 


300 


50 


20 


30 


1.0 


30 


3.0 


30 


10 






2N5059S 


250 


150 


30 


30 


1.0 


30 


3.0 


30 


10 






2N4927 


250 


50 


20 


30 


2.0 


30 


3.0 


30 


10 






MM3003 


250 


50 


20 


10 


— 


— 


— 


150 


10 






2N4926 


200 


SO 


20 


30 


2.0 


30 


3.0 


30 


10 






MM3002 


200 


50 


20 


10 


— 


— 


— 


150 


10 



4-17 



SMALL-SIGNAL METAL TRANSISTORS (Continued) 



High-Voltage Amplifiers (Continued) 









■Vac 


lc 








VcMMS 










1, 










Onto* 


Volt. 


Ml 


n. ( 


* 


lc 


Vofll 


« 


lc 


• 


k 


MHz 


W 


lc 


OK*** 


Famly 


Typ. 


UK 


Nn 


Mn 


1 


mA 


Max 


| 


mA 


I 


mA 


Mn 


1 


mA 



PNP 
























TO-39 


46 


2N3495S 


120 


100 


•'•■: 


10 


0.35 


10 


1.0 


150 


20 






2N4928S 


100 


100 


25 


10 


0.5 


10 


1.0 


100 


20 






MM4000 


100 


100 


20 


10 


0.6 


10 


1.0 


— 


— 






2N3494S 


80 


100 


40 


10 


0.3 


10 


1.0 


200 


20 


TO-18 


47 


2N3497 


120 


100 


40 


10 


035 


10 


1 


150 


20 






2N3496 


80 


100 


40 


10 


0.3 


10 


1.0 


200 


20 


TO-39 


49 


MM4010 


100 


500 


75 


10 


0.2 (typ) 


10 


1.0 


150 (typ) 


20 






MMS007 


100 


2000 


50 


250 


0.5 


150 


15 


30 


50 






MM4009 


80 


500 


75 


10 


0.2 (lyp) 


10 


1.0 


150 (typ) 


20 






MM5006 


80 


2000 


50 


200 


0.5 


150 


15 


30 


50 






MMS00S 


60 


2000 


50 


150 


0.5 


150 


15 


30 


50 


TO-39 


50 


2N440S 


80 


1000 


100 


150 


0.2 


150 


15 


200 


50 






2N4404 


80 


1000 


40 


150 


0.2 


150 


15 


200 


50 






MM4036 


65 


1000 


20 


150 


65 


150 


15 


60 


so 






MM4037 


40 


1000 


50 


150 


1.4 


150 


15 


60 


50 






2N4890S 


40 


500 


50 


150 


1.4 


150 


15 


100 


50 


TO-39 


452P, 


2N3743S 


300 


50 


25 


30 


8.0 


30 


3.0 


30 


10 






2N4931S 


250 


500 


20 


20 


5.0 


10 


1.0 


20 


20 






MM4003 


250 


500 


20 


10 


5.0 


10 


1.0 


— 


— 






2N4930S 


200 


500 


20 


20 


5.0 


10 


1.0 


20 


20 






MM4002 


200 


500 


20 


10 


5.0 


10 


1.0 


— 


— 


TO-39 


454R 


2N3637S 


175 


1000 


100 


50 


0.5 


50 


5.0 


200 


30 






2N363SS 


175 


1000 


50 


50 


0.5 


50 


5.0 


150 


30 






2N4929S 


150 


500 


25 


10 


0.5 


10 


1.0 


100 


20 






MM4001 


150 


500 


20 


10 


0.6 


10 


1.0 


— 


— 






2N3635S 


140 


1000 


100 


50 


0.5 


50 


5.0 


200 


30 






2N3S34S 


140 


1000 


50 


50 


0.5 


50 


5.0 


150 


30 



High- Frequency Amplifiers/ Oscillators 

The transistors shown are designed for use as both oscillators and amplifiers at UHF and VHF frequencies. 
Devices are listed in decreasing order of BVcto- 



MMjj 


FacnMy 


D»vtc 

Typ» 


BV 
VoM 
Mm 


h„ ® lc 

Mn 1 mA 


o_ 

08 
Mn 


m 

06 @ 1 
Mb I MHz 


1, 
MM @ lc 
Mm 1 mA 


c_ 

Mb 


NPN 




TO- 72 


72 


2N917 
2N918 


15 

15 


20 
20 


3.0 
3.0 


9.0 
15 


6.0 
6.0 


60 
60 


500 
600 


4.0 
4.0 


1.7 
1.7 


TO-38 


75 


2N3S44 

MM1941 


25 

20 


25 

25 


10 
10 


7.0 


- 


- 


600 
600 


10 
10 


2.5 
2.5 


PNP 


TO-18 


63 


2N3307 

2 N 3308 


35 
25 


40 
25 


2.0 
2.0 


17 
17 


4.5 
6.0 


200 
200 


300 

300 


2.0 

2.0 


1.3 
1.6 


TO- 72 


65 


2N4261 
2N4260 


15 

15 


30 

30 


10 

10 


— 


— 


— 


1600 
2000 


10 
10 


2.5 
2.5 



4-18 



SMALL-SIGNAL METAL TRANSISTORS (Continued) 












General-Purpose Amplifiers 

These transistors are designed for high speed switching circuits, dc to VHF amplifier 
applications and complementary circuitry. Prime devices are shown in Bold Face Type. 
Devices are listed in decreasing order of BV ce o- 



PKkag. 


Family 


Davie 

Typa 


av , 
vwt» 

Mkl 


1. . "c 
MKt ® V mA 
MWi mA Mu 


h„ @ V 
Mn Mo Ml 





NPN 
























TO-39 


2R 


2N2959S 


60 


250 


20 


600 


100 


300 


150 










2N2951S 


60 


200 


10 


250 


20 


150 


10 










2N1711S 


80 


70 


50 


— 


100 


300 


150 










2N1613S 


SO 


60 


50 


500 


40 


120 


150 










2N2219AS 


40 


300 


20 


800 


100 


300 


150 










2N2218AS 


40 


250 


20 


800 


40 


120 


150 










2N697S 


40 


50 


50 


— 


. 40 


120 


150 










2N2789S 


35 


250 


20 


800 


100 


300 


150 










2N3299S 


30 


250 


50 


500 


40 


120 


150 










2N3300S 


30 


250 


50 


500 


100 


300 


150 










2N221BS 


30 


250 


20 


800 


40 


120 


150 










2N2219S 


30 


250 


20 


800 


ICO 


300 


150 






TO-46 


2S 


2N55G2 


40 


300 


20 


800 


100 


300 


150 










2NS581 


40 


250 


20 


800 


40 


120 


150 










2N4450 


30 


250 


50 


500 


100 


300 


150 






TO- 16 


3 


2N956 


50 


70 


50 


_ 


40 


120 


150 










2N843 


45 


40 


10 


800 


45 


150 


10 










2N2222A 


40 


300 


20 


800 


100 


300 


150 










2N2221A 


40 


250 


20 


800 


40 


120 


150 










2N718 


40 


50 


50 


— 


40 


120 


150 










2N717 


40 


40 


50 


500 


20 


60 


150 










2N3301 


30 


250 


50 


500 


40 


120 


150 










2N3302 


30 


250 


50 


500 


100 


300 


150 










2N2221 


30 


250 


20 


800 


40 


120 


150 










2N2222 


30 


250 


20 


800 


100 


300 


150 






TO-39 


14R 


2N3019S 


80 


100 


50 


1000 


100 


300 


150 










2N3020S 


80 


80 


50 


1000 


40 


120 


150 










2N699 


80 


50 


50 


— 


40 


120 


ISO 










2N1893S 


80 


50 


50 


500 


40 


120 


150 










2N2102S 


65 


80 


50 


1000 


40 


120 


150 










2N3053AS 


80 


100 


50 


700 


50 


250 


150 










2N1B90S 


60 


60 


50 


500 


100 


300 


150 










2N656S 


60 





— 


— 


30 


90 


200 










MM3053 


50 


100 


SO 


1000 


40 


300 


150 










2N2193AS 


50 


50 


50 


1000 


40 


120 


150 










2N2270S 


45 


100 


50 


1000 


50 


200 


150 










2N3110S 


40 


600 


10 


1000 


40 


120 


150 










2N3053S 


40 


100 


50 


700 


50 


250 


150 










2N2297S 


35 


60 


50 


1000 


40 


120 


150 






TO-18 


23 


2N915 


50 


250 


10 


— 


50 


200 


10 










2N3946 


40 


300 


10 


200 


50 


150 


10 










2N3947 


40 


300 


10 


200 


100 


300 


10 










2N916 


25 


300 


10 


— 


50 


200 


10 






TO-52 


221 


MM3904 


40 


300 


10 


200 


100 


300 


10 










MM3903 


40 


250 


10 


200 


50 


150 


10 








4-19 



SMALL-SIGNAL METAL TRANSISTORS (Continued) 









General - Purpose Amplifiers (Continued) 



MM* 


Fan*, 


OMO 

tvp. 


BV... 

Vota 
Mn 


». 
MHl 

■an 


e 
1 


■c 

mA 


mA 
Mu 


Hn 


1 


Hn 


1 


■c 

mA 



PNP 



TO- 18 


35 


2N32S1A 


60 


300 


10 


200 


100 


300 


10 






2N3250A 


60 


250 


10 


200 


50 


150 


10 






2N32S1 


40 


300 


10 


200 


100 


300 


10 






2N3250 


40 


250 


10 


200 


50 


150 


10 


TO-48 


48 


2N3485A 


60 


200 


50 


600 


40 


120 


150 






2N3486A 


60 


200 


50 


600 


100 


300 


150 






2N3673 


50 


200 


50 


600 


75 


225 


150 






2N3486 


40 


200 


50 


600 


100 


300 


150 


TO-18 


333 


2N2906A 


50 


200 


50 


600 


40 


120 


150 






2N2907A 


60 


200 


50 


600 


100 


300 


150 






2N3073 


60 


130 


50 


500 


30 


130 


SO 






2N3135 


SO 


200 


50 


600 


40 


120 


150 






2N2906 


40 


200 


50 


600 


40 


120 


150 






2N2S07 


40 


200 


50 


600 


100 


300 


150 


TO-39 




2N2804AS 


60 


200 


SO 


600 


40 


120 


150 






2N2905AS 


60 


200 


50 


600 


100 


300 


150 






MM4008 


60 


325 (lyp| 


20 


500 


75 


— 


10 






2N3133S 


50 


200 


50 


600 


40 


120 


150 






2N2904S 


40 


200 


50 


600 


40 


120 


150 






2N2905S 


40 


200 


50 


600 


100 


300 


150 






2N1132AS 


40 


60 


50 


600 


30 


90 


150 






2N1131AS 


40 


50 


50 


600 


30 


90 


150 






2N2800S 


35 


120 


50 


800 


30 


90 


150 






2N1132S 


35 


60 


50 


600 


30 


90 


150 






2N1131S 


35 


50 


50 


600 


30 


90 


150 






2N1991S 


20 


40 


50 


600 


15 


60 


150 


TO-52 


271 


MM3906 


40 


250 


10 


200 


100 


300 


10 






MM3905 


40 


200 


10 


200 


50 


150 


10 







Case 79-02 
TO-39 




Case 20-3 
TO-72 



4-20 





r/rr 



PLASTIC-ENCAPSULATED TRANSISTORS 



Plastic-Encapsulated Small-Signal Transistors tor Industrial and Consumer applications 



The Small-Signal Plastic Transistors represent Motorola's broadest product line. 
From RF/VHF/UHF amplifiers, mixers, oscillators and switches to general-purpose 
amplifiers and switches, all are available as standard product or custom specials. 
Specialty devices for the industrial, computer or consumer market as well as 
specialty packages - Duowatt and Uniwatt - are all available for unique 
high technology applications. The following list demonstrates the many 
applications possible with plastic transistors. If specific applications are not 
listed, consult your factory representative for assistance. 



TABLE OF CONTENTS 

Page 

General-Purpose Amplifiers and Switches 

. . .a quick reference guide of the most popular NPN and PNP general purpose devices 4-24 

HF/UHF/VHF Amplifiers and CATV Transistors 

. .for high frequency applications 4-25 

High-Speed Saturated Switching Transistors 

. . .for high-speed saturated switching applications 4-25 

General-Purpose Transistors 

. . .for general purpose amplifiers and switches 4-26 

Low-Noise Amplifier Transistors 

. . for low-noise audio amplifiers 4-27 

High-Voltage Transistors 

. . for high-voltage amplifier and driver applications 4-27 

Medium-Power (Uniwatt and Duowatt) Transistors 

. . .for high voltage and high current amplifiers and switches 4-28 



4-21 



PLASTIC ENCAPSULATED SMALL-SIGNAL TRANSISTORS (Continued) 



The following index reflects the devices characterized in this section. To locate the exact page number, 
see Catalog IndexIPage 7-1 ). 



magna 

2N39CH 

2N3905 

2N390B 

2N4123 

2N4124 

2N4125 

2N4126 

2N4264 

2N4265 

2N4400 

2N4401 

2N4402 

2N4403 

2NS086 

2N5087 

2N5068 

2N5069 

2N5209 

2N5210 

2N5220 

2N5221 

2NS225 

2N5226 

2NS400 

2N5401 

2N5402 

2N5403 

2N5500 

2N5551 

2N6548 

2N6S49 

2N6515 

2N6516 

2N6S17 

2N6518 

2N6S19 

2N6520 

2N6551 

2N65S2 

2N6553 

2N6554 

2N6555 

2N6556 

2N65S7 

2N6558 

2N6S59 

MPS706.A 

MPS834 

MPS835 



MPS2222 

MPS2369 
MPS2907 
MPS3639 
MPS3640 
MPS3646 
MPS3702 
MPS3704 
MPS8507 
MPS6511 
MPS6514 
MPS651S 
MPS6518 
MPS6519 
MPS6520 
MPS6S21 
MPS6522 
MPS6523 
UPS6531 
MPS6534 
MPS6535 
MPS6541 
MPS6543 
MPS6546 
MPS6547 
MPS6566 
MPS6568 
MPS6569 
MPS8570 
MPS6571 
MPS8097 
MPS8096 
MPS8099 
MPS8500 
MPS8S98 
MPS-AOS 
MPS-A06 
MPS- AM 
MPS-A17 
MPS-A1B 
MPS-A19 
MPS-A20 
MPS-A42 
MPS-A43 
MPS-A55 
MPS-A56 
MPS-A70 
MPS-A92 
MPS-A93 



MPS-D01 

MPS-D02 

MPS- 003 

MPS-D05 

MPS-D06 

MPS- D51 

MPS-D52 

MPS-D53 

MPS-D55 

MPS-D56 

MPS-H02 

MPS-H04 

MPS-HOS 

MPS-H07 

MPS-H06 

MPS-H10 

MPS-H11 

MPS-HI7 

MPS-H20 

MPS-H24 

MPS-H30 

MPS-H31 

MPS-H32 

MPS-H34 

MPS-H37 

MPS-H54 

MPS-H5S 

MPS-H81 

MPS-H83 

MPS-H85 

MPS-L01 

MPS-LS1 

MPS-U01 

MPS-U01A 

MPS-U03 

MPS-U04 

MPS-U05 

MPS-U06 

MPS-U07 

MPS-U10 

MPS-U4S 

MPS-U51 

MPS-U51A 

MPS-U52 

MPS-U55 

MPS-U56 

MPS-U57 

MPS-U60 

MPS-U9S 



4-22 



PLASTIC ENCAPSULATED SMALL-SIGNAL TRANSISTORS (Continued) 

This Selector Guide is designed to help you select the right silicon plastic 
transistor lor your applications. A wide range of device types in three basic 
package configurations are listed in this Selector Guide. 

The TO-92 — is the most popular, high-volume plastic package and will 
meet most of your high-performance, low-cost requirements. 

The Uniwatt/Duowatt Package — is designed for applications requiring 
greater power dissipation than available with the TO-92 package. 



MOTOROLA PLASTIC PACKAGE OUTLINES 




— W-e_ 


SEATING / TUU 


i 


N 






SfCI A* 



Case 29-02 
TO-92 



~h'~ • 



01 V 


MILM 


(TIM 1 


v 


»!'. 


m 


Ml. 


«'i 


■MI 


•• 


• ).' 


SI] 


OIIO 1 


UIO 


■ 


". B 


SJ' 


4'»S 


Utt 


1 


in 


i B 


Mfl 


tm 


(1 


01' 


0* 


OOli 


JUH. 


1 


Oil 


01* 


OOIC 


90D 


1 


in 


• ■ 


•li 




H 




IS 




a too 


J 


Ml 


Ml 


OOH 


0101 


* 


OJt 




am. 




I 


Ul 


_ 


OJM 




*. 


10) 


111 


jiub. 


J-!ii_ 


' 


Ml 




pin 




« 


3.1] 




0I» 




* 


IX 


!." 


Ulf 


U>f 




Ati J€0EC drtBWiW •ainotfi 






STYLE 1 

PlN ..EMITTER _- 

7 IA5f ° 

3. COLLECTOR 1-— 




" 



Uniwatl 
Case 152-02 




wit 
i uads*1thikois™(0»» 
totakx t«ji*j»tio» 
ai cam. ai haxiuuh 

KATUIAl C0H0IH0H 



II 'It 1 

Ml I tMllItA T-r 
I IASE 
1 COllECTO* 

< coiLicoa 






1IH 


muiMiias 


> 


IIS 




m 


MAI 


mi 


MAX 




A 


1 


81 


ii n 


0KO 


OHO 








1 


1011 


0)10 


o.ii 




C 




» 


i« 


OKI 


llil 




n 




5' 


011 


0011 


•# 




1 




» 


If 


!ii s 


0ISS 




1 




• I 


?»• 


0OM 


ll ltt 




H 




;() 


lit 


ONI 


ecu 




j 






»K 


un 


00» 




> 


■ 


;j 




\m 






- l 




1 


.-o, 


"" 






T 




V 


u 


m 






« 




1: 


1(1 


OOli 






i 


1 


II 


ii !i 


uy 







4-23 



PLASTIC ENCAPSULATED SMALL-SIGNAL TRANSISTORS (Continued) 






General Purpose Amplifiers and Switches 
— TO-92 Package 

Silicon transistors designed for use in complementary amplifier circuits. The 
transistors are listed in order of decreasing breakdown voltage (BV CE0 ). 



The following devices are the most popular consumer amplifier transistors: 










BVco 


f, 

la I. 10 mA 


lc 








Oavloa and Polartty 


Volt* 


MHz 


mA 


h 




U 


NPN 


PNP 


Win 


Mln Typ- 


Hn 


Mm 


Mu • 


MPS8098 


MPS8598 


60 


200 


500 


100 


300 


10 


2N3903 


2N3905 


40 


270" 


200 


50 


150 


10 


2N3904 


2N3906 


40 


260 


200 


100 


300 


10 


MPS3903 


MPS3905 


40 


150 


200 


50 


150 


10 


MP83WM 


MPS3906 


40 


200 


200 


100 


300 


10 


2N4123 


2N412S 


30 


250 


200 


50 


150 


2.0 


2N4124 


2N4126 


26 


300 


200 


120 


360 


2.0 


MPS6515 


MPS6519 


26 


100 




250 


500 


2.0 



The following devices are the most popular consumer low-noise transistors: 



Davlca »r> 
NPN 


i Polartty 
PNP 


BVco 
Volts 

Mm 


1, 
@l c - 800 nA 

MHz 

Mm 


lc 

mA 
Mu 


h 

Mln 


' m • m 


NF 

dB 

tvp 




MPS-A18 

2N5068 

2N5089 


2N5086 
2N5087 


45 
30 

25 


100 
40 

40 


200 

so 

60 


500 
150 
250 


1500 
500 
800 


10 
100 
100 


4.0 
3.0 
2.0 





The following are the most popular industrial high-voltage and high current transistors: 





»V«o 


f, 
MHz 




lc 


h.. 


Davlca and Potartty 


Volts 


Typ' @ lc 


mA 


@ lc - 10 mA 


NPN 


PNP 


Mln 


Mln 


mA 


Mai 


Mln 


Max 


2N5551 


2N5401 


160 


100 


10 


600 


80 


250 


2N5560 


2N5400 


140 


100 


10 




40 


180 


MPS-A08 


MPS-A56 


80 


100 


100 


500 


SO 




MPS-A05 


MPS-A55 


60 


100 


100 


500 


50 




2N4400 


2N4402 


40 


200 


20 




40 




2N4401 


2N4403 


40 


250 


20 





40 




MPS6531 


MPS8534 


40 


390- 


50 


— 


60 


120 



4-24 



PLASTIC ENCAPSULATED SMALL-SIGNAL TRANSISTORS (Continued) 

RF/ UHF/ VHF Amplifiers and CATV Transistors 

The transistors listed below are the high performance, high frequency standard 
transistors available in the TO-92 plastic package. The transistors are listed in order of 
decreasing breakdown voltage (BV CE0 ). 



Dtviea 
Tvps 



BV C ,„ 
Volts 

Mlfl 



Mtn | mA 



dB 

Typ# 

Mln 



NF 
dB 
@ 

Typ" I I 

M«x MHz 



Typ- 

Mki 



@ 



G»ln 
Reduction 

dB 



MHz 
Mki 



lc 

mA. 



c„ 



NPN 



MPS-H04 


SO 


30 


1.5 


_ 


2.0 


1.0 


_ 


__ 


80 


1.5 


1.6 


MPS-H05 


80 


30 


13 





2.0 


1.0 








80 


13 


1.6 


MPS-H34 


45 


15 


20 
















500 


15 


0.32 


MPS-H37 


40 


25 


5.0 


— 


— 





— 


— 


300 


5.0 


100 


MPS-H07 


30 


20 


3.0 


18* 


3.2 


100 


5.0" 


30 


400 


3.0 


0.3- 


MPS-H06 


30 


20 


3.0 


14 - 


3.5 


200 


5.0" 


30 


SOO 


3.0 


0.3' 


MPS-H20 


30 


25 


4.0 


— 


— 





— 


— 


400 


4.0 


0.65 


MPS-H24 


30 


30 


8.0 

















400 


8.0 


036 


MPS-H32 


30 


27 


4.0 


22.5 


3.3- 


45 


5.5# 


30 


300 


4.0 


0.22 


MPS-H10 


25 


60 


4.0 















650 


4.0 


0.7 


MPS-H11 


25 


60 


4.0 


— 


— 





— 


— 


650 


4.0 


0.7 


MPS-H19 


25 


45 


4.0 

















300 


4.0 


0.65 


MPS-H02 


20 


20 


4.0 


20 


3.3 


200 


4.0 


30 


375 


4.0 


0.5 


MPS-H30 


20 


20 


4.0 


225 


6.0 


45 


4.4 


30 


300 


4.0 


0.65 


MPS-H31 


20 


20 


4.0 


22.5 


6.0 


45 


52 


30 


300 


4.0 


065 


MPS-H17 


15 


25 


5.0 


24# 


6.0 


200 


— 


— 


800 


5.0 


0.9 



PNP 



MPS-H54 


80 


30 


1.5 


_ 


2.0 


1.0 


_ 


_ 


80 


1.5 


1.6 


MPS-H55 


80 


30 


1.5 


— 


2.0 


1.0 





— 


80 


1.5 


1.6 


MPS-H83 


30 


20 


2.5 


10' 


6.5 


850 


43" 


30 


600 


2.5 


0.3" 


MPS-H85 


30 


20 


25 


14' 


6.5 


200 


— 


— 


350 


23 


02' 


MPS6543 


25 


25 


4.0 

















750 


4.0 


— 


MPS6546 


25 


20 


2.0 


_ 


_ 


— 


_ 


— 


600 


2.0 


0.45- 


MPS6547 


25 


20 


2.0 


20 


— 


100 


— 


— 


600 


2.0 


0.35* 


MPS6568 


20 


20 


4.0 


20 


3.3 


200 


4.0 


30 


375 


4.0 


0.5 


MPS6569 


20 


20 


4.0 


20 


6.0 


45 


4.4 


30 


300 


4.0 


03 


MPS6570 


20 


20 


4.0 


20 


6.0 


43 


5.2 


30 


300 


4.0 


0.5 


MPS6507 


20 


25 


2.0 


— 


— 


— 


— 


— 


700 


10 


— 


MPS6511 


20 


25 


10 


30 





45 








— 


— 


— 


MPS6541 


20 


25 


40 


— 


— 


— 


— 


— 


— 


— 


— 



High-Speed Saturated Switching Transistors 

The transistors listed in this table are specially optimized for high-speed saturated 
switches. They are heavily gold doped and processed to provide very short switching 
times and low output capacitance (below 6 pF). The transistors are listed in order of 
decreasing turn-on time (t^). 



Dsvlce 
Typ. 



ns 
Mu 



ns 



a 



lc 

mA 



BVco 

Vol 11 

om 



Mln 



t 



■c 

mA 



V.f „ 
VoltS @ lc * I. 

Max I mA | mA 



lc 
mA 



NPN 



MPS706.A 


40 


75 


10 


15 


20 


10 


0.6 


10 


10 


200 


10 




2N4264 


25 


35 


10 


15 


40 


10 


0.22 


10 


1.0 


300 


10 




2N4265 


25 


35 


10 


12 


100 


10 


0.22 


10 


1.0 


300 


10 




MPS835 


20 


35 


10 


— 


20 


10 


0.3 


10 


1.0 


300 


10 




MPS3646 


18 


28 


300 


15 


30 


30 


0.2 


30 


3.0 


350 


30 




MPS834 


16 


30 


10 


— 


25 


10 


0.25 


10 


1.0 


350 


10 




MPS2369 


12 


18 


10 


15 


40 


10 


0.25 


10 


1.0 


500 


10 





PNP 



MPS3640 
MPS3639 


25 
25 


35 
25 


50 
60 


12 

6.0 


30 
30 


10 

10 


0.2 
0.16 


10 

10 


1.0 
1.0 


500 


10 



4-25 



PLASTIC ENCAPSULATED SMALL-SIGNAL TRANSISTORS (Continued) 









General-Purpose Transistors 

These general-purpose transistors are designed for small-signal amplification from 
dc to low radio frequencies. They are also useful as oscillators and general-purpose 
switches. The transistors are listed in order of decreasing breakdown voltage (BV CE o). 









Oavtea 
NPN 


•ndPotarity 
PNP 


BVc,„ 
Vott* 

Mm 


MHz 

Mm 


i 

•c 
mA 


la 
mA 
Max 


n 
Mm 


1 
Max 


> "c 
mA 


MPS8099 


MPS8599 


80 


150 


10 


200 


100 


300 


1.0 


MPS-A06 


MPS-A56 


80 


100 


10 


500 


50 


— 


100 


MPS8098 


MPS8598 


60 


160 


10 


200 


100 


300 


1.0 


MPS-A05 


MPS-A55 


60 


100 


10 


500 


50 


— 


100 


2N3904 


2N3906 


40 


300 


10 


200 


100 


300 


10 


2N4401 


2N4403 


40 


250 


20 


600 


100 


300 


150 


2N3903 


2N3905 


40 


250 


10 


200 


50 


150 


10 


2N4400 


2N4402 


40 


200 


20 


600 


50 


150 


150 


MPS-A20 


MPS-A70 


40 


125 


5.0 


100 


40 


400 


5000 


MPS6531 


MPS6534 


40 


— 


50 


600 


100 


300 


150 


MPS2222 


MPS2907 


30 


250 


20 


600 


100 


300 


150 


2N4123 


2N412S 


30 


250 


10 


200 


50 


150 


2.0 


MPS3704 


MPS3702 


30 


100 


50 


600 


100 


300 


50 


2N4124 


2N4126 


25 


300 


10 


300 


120 


360 


2.0 


MPS- 006 


MPS-D56 


25 


100 


10 


50 


50 


— 


10 


MPS- 005 


MPD-D55 


25 


100 


SO 


500 


80 


— 


100 


2N5225 


2N5226 


25 


50 


20 


200 


30 


600 


50 


MPS6514 


MPS6518 


25 


200 


10 


200 


50 


300 


10 


2N5220 


2N5221 


IS 


100 


20 


500 


30 


600 


50 



4-26 



PLASTIC ENCAPSULATED SMALL-SIGNAL TRANSISTORS (Continued) 

Low-Noise Amplifier Transistors 

The small-signal transistors listed in this table are characterized for low-noise amplification at low frequencies. 
The transistors are listed in decreasing order of noise figure (NF). 






Dnto* 
Typ« 


NP @ f 
dB KHT 
Typ Hi 


BV c ,o 
Volt* 
MIn 


h„ @ lc 

Mfcl mA 


1, 

MHi @ lc 
■an mA 



NPN 





2N4123 


6.0 


Audio 


30 


50 


2.0 


250 


10 




2N3903 


6.0 


Audio 


40 


50 


10 


250 


10 




2N4124 


5.0 


Audio 


25 


120 


2.0 


300 


10 




2N3904 


5.0 


Audio 


40 


100 


10 


300 


10 




MPS6565 


4.0 


Audio 


45 


40 


10 








MPS6566 


«.o 


Audio 


45 


100 


10 










2N5209 


3.0 


Audio 


50 


150 


10 


30 


500 




2N5088 


3.0 


Audio 


30 


100 


300 


50 


500 




MPS6520 


3.0 


Audio 


25 


200 


2.0 


390 


2.0 




MPS6521 


3.0 


Audio 


26 


300 


2.0 


390 


2.0 




2N5210 


2.0 


Audio 


5.0 


250 


10 


30 


500 




MPS8097 


2.0 


100 


40 


250 


0.1 


200 


10 




2N5089 


2.0 


Audio 


25 


400 


10 


50 


500 




MPS-A18 


1.5 


Audio 


45 


500 


10 


100 


1.0 




MPS-A09 


1 4 


1.0" 


50 


100 


0.1 


30 


0.5 




MPS6571 


1 2 


100 


20 


250 


100 


50 


500 



PNP 





2N4125 


5.0 


Audio 


30 


50 


2.0 


200 


10 






2N3905 


5.0 


Audio 


40 


50 


10 


200 


10 






2N3906 


4.0 


Audio 


40 


100 


10 


250 


10 






2N4126 


4.0 


Audio 


25 


120 


2.0 


250 


10 






2N5086 


3.0 


Audio 


50 


100 


150 


40 


500 






MPS6522 


3.0 


Audio 


25 


200 


2.0 


340 


2.0 






MPS6523 


3.0 


Audio 


25 


300 


2.0 


340 


2.0 






2N5087 


2.0 


Audw 


50 


250 


10 


40 


500 





Audio = 10 Hz to 15.7 kHz. 



High-Voltage Transistors 



These high-voltage transistors are designed for driving neon bulbs and Nixie" indicator tubes, for direct line 
operation, and for other applications requiring high-voltage capability at relatively low collector current. These 
devices are listed in order of decreasing breakdown voltage (BV ce0 ). 



r*vic 



BVc, 
Volt» 



lc 

Amp 
Max 



MIn 



lc 

mA 



V..,. u . 



Mm 



@ "c a W 

I mA I mA 



It 

MHz 



lc 

mA 



NPN 



2N6517 


350 


0.5 


40 


30 


0.30 


10 


1.0 


40 


10 


2N6516 


300 


0.5 


45 


30 


0.30 


10 


1.0 


40 


10 


MPS-A42 


300 


0.5 


40 


10 


0.5 


20 


2.0 


50 


10 


2N6515 


250 


0.5 


so 


30 


0.30 


10 


1.0 


40 


10 


MPS-A43 


200 


0.5 


40 


10 


0.4 


20 


2.0 


50 


10 


MPS-D01 


200 


0.1 


20 


30 


— 


— 





40 


10 


2N5551 


160 


0.6 


60 


10 


0.15 


10 


1.0 


100 


10 


2N5550 


140 


0.6 


60 


10 


0.15 


10 


1.0 


100 


10 


MPSD-02 


140 


0.05 


20 


30 


— 








40 


10 


MPS-D03 


100 


0.05 


50 


10 


0.2 


10 


1.0 


60 


10 


MPS-L01 


100 


0.05 


20 


30 


— 


— 


— 


40 


10 



PNP 



2N6520 


350 


0.5 


30 


30 


0.30 


10 


1.0 


•■•■: 


10 


2N6519 


300 


0.5 


45 


30 


0.30 


10 


1.0 


40 


10 


MPS-A92 


300 


0.5 


40 


10 


0.8 


20 


2.0 


50 


10 


2N6518 


250 


0.5 


SO 


30 


0.30 


10 


1.0 


40 


10 


MPS-A93 


200 


0.5 


40 


10 


0.7 


20 


2.0 


50 


10 


MPS-D51 


200 


0.1 


20 


30 


— 








40 


10 


2NS401 


150 


0.6 


60 


10 


02 


10 


1.0 


100 


10 


MPS-D52 


140 


0.05 


20 


30 


— 




— 


40 


10 


2N5400 


120 


06 


40 


10 


0.2 


10 


1.0 


100 


10 


MPS- 053 


100 


005 


20 


30 











40 


10 


MPS-L51 


100 


0.6 


40 


50 


25 


10 


1.0 


60 


10 



* Registered Trademark ol Burroughs Corporation. 



4-27 



PLASTIC ENCAPSULATED SMALL-SIGNAL TRANSISTORS (Continued) 

Medium-Power (Uniwatt and Duowatt) Transistors 

For applications requiring higher power dissipation than that of the standard 
Unibloc package. Motorola has developed the Uniwatt and Duowatt packages. 
These plastic packages are slightly larger than the TO-92 case. Without a 
heat sink the Uniwatt package can dissipate 1 Watt <s> Ta - 25°C; the Duowatt 
can dissipate 2 Watts @ Ta = 25°C. 

The transistors are listed in order of increasing collector current (lc)- 



Uniwatt Transistors (P D = 1 Watt @ T, = 


25" C) 










^v 




lc 


BV c ,o 






•ciimii (5 






It 




Dntat 


Adc 


Vott* 


hn @ lc 


Volta 1 


lc a 


'. 


MHz @ lc 


Typ» 


Max 


Mtn 


Mini 


mA 


Max 


mA 


mA 


Mln 


mA 


NPN 




MPS-U10 


0.5 


300 


40 


10 


0.75 


30 


30 


60 


10 


MPS-U02 


0.8 


40 


50 


150 


0.4 


150 


15 


15 


20 


MPS-U03 


1.0 


120 


40 


10 


0.5 


200 


20 


100 


50 


MPS-U04 


1.0 


180 


40 


10 


0.5 


200 


20 


100 


50 


MPS-U01 


2.0 


30 


60 


100 


0.5 


1000 


100 


50 


50 


MPS-U01A 


2.0 


40 


60 


100 


0.5 


1000 


100 


50 


50 


MPS- 1)45 


2.0 


40 


15k 


500 


1.5 


1.0 


2.0 


100 


200 


MPS-U05 


2.0 


60 


60 


250 


0.4 


200 


10 


SO 


200 


MPS-U06 


2.0 


80 


60 


250 


0.4 


250 


10 


50 


200 


MPS-U07 


2.0 


180 


30 


250 


0.4 


250 


10 


50 


200 


PNP 










MPS-U60 


5 


300 


30 


10 


0.75 


20 


2.0 


60 


10 


MPS-U52 


0.8 


40 


50 


150 


0.4 


150 


15 


150 


20 


MPS-US1 


2.0 


30 


60 


100 


0.7 


1.0 


1 


50 


50 


MPS-U51A 


2.0 


40 


60 


100 


0.7 


1.0 


0.1 


50 


50 


MPS-U95 


2.0 


40 


15k 


500 


1.5 


1000 


2.0 


500 


200 


MPS-US5 


2.0 


60 


50 


250 


0.5 


250 


10 


50 


200 


MPS-U56 


2.0 


80 


50 


250 


0.5 


250 


10 


50 


200 


MPS-U57 


20 


100 


30 


250 


0.5 


250 


10 


50 


200 


Duowatt Transistors (P D = 2.< 


) Watt @ T. 


= 25°C) 






lc 


BVco 






VcttiWJ 






f. 




DnilM 


Adc 


Volts 


tin C 


B lc 


Volta ( 


B lc 


s, U 


MHx @ lc 


Typt 


Max 


Mln 


m 


mA 


Max 


mA 


mA 


Mln 


mA 


NPN 










2N6557 


OS 


250 


40 


30 


0.8 


30 


3.0 


45 


10 


2N65S8 


0.5 


300 


40 


30 


06 


30 


3.0 


45 


10 


MM 


0.5 


350 


40 


30 


06 


30 


3.0 


45 


10 


2N6551 


1.0 


60 


80 


50 


0.5 


250 


10 


75 


100 


2N6552 


1.0 


80 


80 


50 


0.5 


250 


10 


75 


100 


2N6553 


1.0 


100 


80 


50 


0.5 


250 


10 


75 


100 


2N6548 


2.0 


40 


25k 


200 


1.6 


1.0 


2.0 


75 


100 


2N6S49 


2.0 


40 


15 k 


200 


1.5 


1.0 


20 


76 


100 


PNP 








2N65S4 


1.0 


60 


80 


50 


0.5 


250 


10 


75 


100 


2N6S5S 


1.0 


80 


80 


50 


05 


250 


10 


75 


100 


2N6556 


1.0 


100 


80 


50 


0.5 


250 


10 


75 


100 


V 




-" 



4-28 





Motorola offers a line of field-effect transistors that encompasses the latest technology 
and covers the full range of FET applications. Included is a wide variety of junction 
FETs and MOSFETs, with N- or P-channel polarity with both single and dual 
gates. These FETs include devices developed for operation across the frequency range 
from dc to UHF in switching and amplifying applications. Package options from 
low cost plastic to metal TO-72 packages are available. 

The selector guides on the following pages are designed to emphasize those FET 
families and device types that, by virtue of widespread industry use, ease of manufacture 
and. consequently, low relative cost, merit first consideration for new equipment design. 

TABLE OF CONTENTS Page 

General-Purpose Devices 4.3Q 

Designed for use in general-purpose amplifier and switching applications. 
General-Purpose Amplifiers 4.31 

Transistors designed for amplification in the audio-frequency range. 
Choppers and Switches 4.32 

Devices designed for chopper and high-speed switching applications. 
RF Amplifiers 4 22 

Devices characterized for operation at frequencies as high as 900 MHz. 

The following index reflects the devices characterized in this section. To locate the exact page number, see Catalog IndexIPage 7-1 ). 

INDEX 

2N3330 2N4221A 2N5460 

2N3365 2N4222 2NS461 

2N3366 2N4222A 2N5462 

2N3367 2N4361 2N5474 

2N3796 2N4352 2N5475 

2N3797 2N4416 2N5476 

2N3823 2N4416A 2N5484 

2N3993 2N4856 2N5485 

2N3994 2N4857 2N5486 

2N3994A 2N48S8 2N55S6 

2N4220 2N5457 2N5557 

2N4220A 2N94S8 2NSS58 

2N4221 2N5459 2N5638 





2N5639 


MFE132 




2N5640 


MFE140 




2N5716 


MFE590 




2N5717 


MFE591 




2N5718 


MFE823 




2N5797 


MFE824 




2N5798 


MFE3001 




2N5799 


MFE3002 




2N5800 


MFE3003 




3N209 


MPF102 




3N223 


MPF266 




MFE130 


MPF970 




MFE131 


MPF971 



THE TO-18 AND TO-72 - are designed 
tor applications requiring hermeticity as 
well as greater power dissipation than 
available with the TO 92 package. 





THE MICRO H CASE 262 
plastic stripline package. 



THE TO-76 is the EIA 
standard part lor match- 
ed dual transistors. 



four leaded 




T076 
CASE 642 



THE TO-92 - is the 
most popular, high-vol- 
ume plastic package and 
will meet most of your 
high-performance, low- 
cost requirements. 




4-29 



FIELD-EFFECT TRANSISTORS (continued) 



General-Purpose Devices 

Using the same transistor for both switching and amplifier applications can 
reduce inventories and increase purchase quantities to take advantage 
of quantity price reductions. Transistors listed here represent good, 
all-around amplifiers in the audio frequency range, and provide 
satisfactory medium-speed switching capabilities. MOSFETs listed are 
characterized primarily as switches but can be used as satisfactory 
general-purpose amplifiers. 



JFETs - 


N-CHANNEL 














Package 


Family 


Preferred 

Types 


Features 


Vf« 

tnmhos 
Min/Max 


IDSS 

mA 

Min/Max 


V'BRIGSS 

V(BRIDSS* 

Volts 

Min 


V GS(offl 
VGSITHI* 

Volts 
Min/Max 


NF 
dB 

nV/ v /H»* 


TO 92 


131 


Standard Family Limits 


0.5/6. S 


0.5/24 


to -50 


-0.2/-8.0 


lo 2 b 


2N5457 
2N5458 

:••.' .v.'... 


Good overall performance. 
Low Cott. 


1.0/5.0 
1.6/5.5 
2.0/6.0 


1.0/5.0 
2.0/9.0 
4.0/16 


-25 
-25 
-25 


-0.5/-6 
-1.0/-7.0 
2.0/-8.0 


- 


TO 72 


2N4220 
2N4221 
2N4222 
2N3823 
2N3824 


Somewhat improved specif- 
Ications.siightly higher cost. 


1 0/4.0 
2.0/5.0 
2.5/6.0 
3.5/6.5 


0.5/3 
2.0/6.0 
5 0/15 

4.0/20 


-30 
-30 
-30 
30 
-50 


-/-4.0 
-/-6.0 
-/-8.0 
-/-8.0 


2.6 
2.5 
2.5 
2.5 


130 



JFETs - 


P-CHANNEL 














TO 92 


126 


Standard Family Limit* 


0.8/8.0 


0.3/30 


to 60 


43.2/9.0 


US- 




2N5460 
2N5461 
2N5462 


Good performance, low cost 


1.0/4.0 
1.5/5.0 
2.0/6.0 


1 0/5.0 
2.0/9.0 
40/16 


.: o 
40 

•'.0 


0.75/6 
1.0/7.5 

• 8/9 


1 is- 

115 - 



MOSFET 


- N-CHANNEL 


(Enhancement! 












TO 72 


122 


Standard Family Limits 


1.0/ 


10/- 


26- 


0.5/5.0- 


- 




2N4351 


Relatively low-cost, 
complement to 2N4352 


1.0/- 


10/ 


26* 


0.5/5.0- 


- 



MOSFE1 


-P-CHANNEL 


(Enhancement) 












TO 72 


123 


Standard Family Limits 


1.0/4 


-1.0/-10 


to-BO' 


-1 0/-5.0" 


- 




2N4352 


Relatively low-cost, 
complement to 2N4351 


1.0/- 


-10/- 


-25- 


-1.0/-5.0- 








4-30 



FIELD-EFFECT TRANSISTORS (continued) 






General-Purpose Amplifiers 

The following transistors are designed for amplification in the audio frequency 
range. The devices characterized represent the best values and should 
receive primary consideration. Other family members are also 
indicated, together with any specific features they may have. 



J FET-N-CHANNEL 



Package 


Family 


Preferred 

Types 


Faalum 


Vf» 
mmhos 
Min/Max 


'OSS 

mA 

Min/Max 


V (8RIGSS 

V(BRIDSS # 

V 

MM 


v GS(offl 
V 

Mm/Max 


NF 

dB 

nVA/Hi' 


T092 


131 


Standard Family Limits 


0.5/6.6 


0.6/24 


lo -50 


-0.2/-O.B 


.o 75- 




2N5457 

2NB4M 

2N5459 


Lowetl Coil Family. 
General purpose application. 


1.0/5.0 
1.5/5 5 

2.0/6.0 


1.0/6.0 
2.0/9.0 

J 16 


25 
-26 
-26 


5/-6 
-1.0/-7.0 
-2.0/ -8.0 


- 


TO 72 


2N4220A 
2N4221A 
2N4222A 

2N5556 
2N5557 
2N5568 


Similar to above series, but 
with ipecified NF and 
tlightly improved specifica- 
tion!. Somewhat higher cost. 
Very low noise. 


1.0/4 
2.0/5.0 
2.5/6.0 

1.5/6.5 
1.5/6.6 

1 5 G 5 


0.5/3.0 
2.0/6.0 
5.0/15 

5/2.8 
2.0/S.0 

40/10 


-30 
-30 
-30 

-30 
-30 

-30 


-/-4.0 
-/-6.0 
-/-8.0 

-0.2/-4.0 
-0.8/-5.0 
-1.57-6.0 


2.5 
2.5 
2.5 

ao- 

20" 
20- 


TO-92 


124 


Standard Famiry Limits 


-1.0/2.0 


05 9 


to -60 


2 12 


75- 




2N5716 
2N5717 
2N5718 


For low- power applications, 
as in battery operated equip- 
ment. Good performance at 

D... ■•.• 


0.2/1.0 
0.4/1.6 
5/2.0 


005/0.25 
0.271.0 
0.8/40 


-40 
-40 
-40 


-0.2/-3.0 
-0.5/5.0 
-1.0/-8.0 


75- 
76* 

76- 

75- 


TO-18 


2N3367 
2N3366 
2N3365 


Similar to above series, but 
higher cost due to metal 
package 


0.1/1 
25/1 
0.4/20 


0,5/0.29 
0.2/1.0 
08/4 


10 
-40 
-40 


-/-2.5 
-/-7.0 
-/-12 


75" 
76- 
75' 



TO 92 



Other Family Members 



(All comparisons are referenced to similarly packaged preferred device types in the tebles above > 

MFE2093. 4. 5 - Higher V (BB)GSS . higher cost. 

2N3822. 3 Higher V (BRIGSS . higher con. 

2N53S8. 59. 60, 61, 62. 63. 64 - Tighter speciflcetions. higher cost 

MPF 1 09. MPF 1 1 1 - Lowest Cost Loose specifications. 



JFET - P.CHANNEL 


TO 92 


126 


Standard Family Limits 


0.8/8.0 


0.3/30 


to 60 


2/9.0 


to 3.0 


2N5460 
2N5461 
2N5462 


Good performance. Low cost. 


1.0/4.0 
1.5/5.0 
2.0/6.0 


1 0/5.0 
2.0/9.0 
4.0/16 


40 
40 
40 


0.75/6.0 
1.0/7.5 

1 8,9 


2.5 
2.6 
2.6 


TO-72 


2N3330 


Tighter speciflcetions. maul 
peckege. higher cost. 


1,6/3.0 


2.0/6.0 


20 


-/6.0 


3.0 


TO-92 


127 


Standard Family Limits 


0.06/0.7 


0.02/2.0 


46 


06/9.0 


1 io- 


2N5 797 
2N5798 
2N5799 
2N5800 


For low-power eppllcetions, 
es in bettery-opereted equip 
mtnt Good performence et 

lOW COSt. 


006/0 225 
0.1/0.4 
16/0.5 
0.25/0.7 


0.02/0.1 
08/0.4 
0.25/1.0 
0.7/2.0 


40 
40 
40 
40 


5/4.0 
0.8/6.0 
1.2/8.0 
20/9.0 


ns- 

11B- 
116- 

1 is- 


TO-72 


2N5474 
2N5475 
2N5476 


Similar to ebove series, 
higher cost due to metel 
peckege. 


16/0.4 
0.2/0.6 

0.26 65 


0.2/0.5 
0.4/1.0 

8'2 


40 
40 
40 


1.2/7.0 
1.5/8.0 
2.0/9.0 


iie- 
iie- 
iie- 


Ottsar Family Members 




TO 72 


127 


(All comparisons art referenced to similerly packaged preferred dev 
2N5471, 72, 73 - Lower Vf t . lower Ipse,, higher cost. 


ce types in tab 


es ebove.) 




126 


2N3909.A 

2N5265. 66. 67. 68, 69. 70 - .. ,, .... 

MFE4007. 08. 09. 10. 11. 12 - V " V «*>« *P~'''"«'0"»- H.gh.r cost. 


TO-92 


125 


2N5463. 64. 65 - Higher V (aR)Gss . Higher cost. 

2N4342. MPF161 - Low cost. 

2N4360 - Lowest cost. Very loose speciflcetions. 









4-31 



FIELD-EFFECT TRANSISTORS (continued) 
General-Purpose Amplifiers (Continued) 



Padua* 


Family 


Pralarrad 
Types 


Features 


Vff 
mmhot 
Min/Max 


'DSS 

mA 

Min/Max 


V|BR)GSS 

V(BRIDSS' 

V 

Min 


v GSIo«l 

V 
Min/Max 


NF 

dB 

nViVHa* 




MOSFET - N-CHANNEL (Depletion- Enhancement! - 


rABLE II (continuad) 










TO-lt 


110 


Standard ramsty Limits 


0.7/4 


0.8/18 


xo ?:,- 


VGS(TH) 

-/-8.0 


to 3.8 






MFE824 


Especially suited tor tmoka 
detector epplicetlons. 

'GSS ' t10 pAdc Max 


1.0/- 


1.0/18 


20- 


-/-8.0 


■ 


TO-72 


MFE3001 

2N3796 

2N3797 


0.7/3.6 
0.9/1.8 
I.B/3.0 


0.5/6.0 
0.6/3.0 
2.0/6.0 


20- 
25 
20 


-/-8.0 
-/-4.0 
-/-7.0 


3.8 Typ 
3.8 Typ 


MOSFET - P-CHANNEL (Enhancement) 














TO 18 


123 A 


MFE823 


Especially suited tor tmoka 
datactor epplicetiont. 
'GSS ■ il-OpAdc Max 


1.0/- 


-/-20 


-26- 


-2.0/ -6.0 







Choppers and Switches 

F ETs have no offset voltages and low "on" resistance. As a result they are especially 
well suited for chopper/switch applications. The following characterized 
devices represent the best values and should receive primary consideration. 

JFETs-N CHANNEL 



Packaga 


Family 


Preferred 

Typ.! 


Faaturas 


r dtlonl 
Ohms 
Max 


'D(off) 

'OSS' 

nA 

Max 


Cf. 

pF 

Max 


V(BRIGSS 

V(BRIOSS* 

V 

Mm 


VGSIoffl 

v GSITHl" 

V 

Min/Max 


T092 


140 


Standard Family Limiti 


26 to 100 


25 IO 1 


3 'j to I o 


to -40 


-0.6/- 10 


2N5638 
2NS639 
2N5640 


Good Pertormence. low-cost. 


30 
60 
100 


I 
1.0 

1 u 


4.0 
40 
40 


-30 
-30 
-30 


m 


TO-18 


2N4888 

2N4857 
2N4858 


Somewhat improved speciti- 
catlom. Metal Packaga 
Higher cost 


25 
40 
60 


0.25 
0.25 
0.25 


8.0 
8.0 
80 


-40 
-40 
-40 


-4.0/-10 
-2.0/ -6.0 
-0.8/ -4.0 






Other Family Mimban 


TO 92 


140 


MPF4391.2.3 Similar to 2N5638 Sana 


. slightly highar cost 






TO 18 


2N4091. 2. 3 - Slower than 2N4856 Ser 
formanca. but higher cost. 2N4859. 60. 6 
2N4856A. 57A. 58A. S9A. 60A. 61 A - 


as. slightly lower cost. 2N 
1 - Sama as 2N4856. 57, 
rightaf C f „ than non-A vi 


1391.2.3 S 
58 axcapt tor 
slon. 2N3970 


ightty improved par- 
-30VV, Bn)oss 
. 71. 72 - MFE2004. 6.6 






Other Family Members 








TO-72 


13G 


MFE2010. 1.2- Lower < ,( o nl- sionitic 


■ntly highar cost. 







JFETs - 


P-CHANNEL 














T092 


128 


Standard Family Limits 


100 to 250 


10 


8.0 


30 


1.0/12 




MPF970 

•■■ i' F •) ; i 


Good Pertormence. low cost 


100 
250 


10 
10 


5.0 
5.0 


30 
30 


5 0/12 
1 0/7.0 


TO 72 


129 


Standard Family Limits 


160 to 300 


1.2 


3.B to SO 


25 


1 0<9 b 




2N3993 
2 N 3994 

.•■, 3 •_. ...'.-'. 


Highar cost than above 
plastic series. 


150 
300 
300 


1.2 
1.2 
1.2 


4.5 
6.0 
3.5 


25 
25 
25 


4 0/9 5 

1 0/5.5 
1 0/5 5 



MOSFET 


-N-CHANNEL 


Enhancement) 












TO 72 


122 


Standard Family Limits 


•00 to 300 


to* 


1.3 


25- 


5/5 0- 




2N4351 


Relelively low cost 
Complementary with 
2N4352 P-Chennel device. 


300 


■o- 


13 


25" 


10/5 0- 


114 


MFE30O2 


Somewhat higher cost. 


100 


10* 


1 


15- 


-/30- 




Other Family Members 


TO-72 


122 | 3N169. 170. 171 - Tighter Vg S (th). hi 


iher cost. 











MOSFET - P-CHANNEL (Enhancement! 














TO-72 


Standard Family Limits 


200 to 600 


0.28 to 10* 


to 1.3 


to -60" 


-1.0/-6.0" 




123 


2N4352 


Relatively Low cost 


600 


-10 - 


13 


26" 


-1.0/-S.0' 




118 


MFE3003 


Slightly Higher cost 


200 


-10 - 


1 


IB" 


-/-4.0- 






nth.. Family Members 




io ;:■ 


123 | 3N155. S5A. 56. 56A. 57. 57A. 58, 5BA 


- Tighter parameter limits 


higher costs 









4-32 



FIELD-EFFECT TRANSISTORS (continued) 



RF Amplifiers 



Devices listed here are characterized for operation at frequencies as high as 900 MHz. Both amplifier and mixer devices are 
included. In general, amplifier transistors have a small-signal power gain (Gpj) specification and a noise figure, while mixer 
devices are characterized by a conversion gain (G c l specification and may or may not have an assigned noise figure. 
A comparison of specifications indicates that MOSFETs, in general, have a considerably lower reverse transfer 
capacitance (C r$$ ) than JFETs. This makes them suitable for operation over wide frequency ranges, as required for many 
TV applications. Moreover, all MOSFETs listed are dual-gate devices that often simplify circuit designs. The JFET lines 
are often preferred for communications circuits where only narrow bandwidths are required. 

JFET-N-CHANNEL 



Package 


Family 


Preferred 

Types 


Features 


Test 

Frequency 

MHz 


G P. 
Gc* 
dB 

M in/Max 


Vfs 
mmhos 

Mm/Max 


Cm 
pF 

Min/Max 


NF 
dB 

Max 


V(BRIDSS 

V (BR)GSS' 

V 

Min 


TO 92 


130 


Standard Family Limits 


to 200 


10'20 


2.0/7.6 


-/3.0 


4.0 


to 25 


MPF102 


Very low cost. Limited 
specif (cations. 


100 




2.0/7.5 


-/30 




25" 


146 


Standard Family Limits 


to .100 


10/30 


3.0/8.0 


1.0/3.0 




;o 30 


2 N 5484 
MPF2S6 

2N5485 
2 N 5486 


Moderate cost. Low noise 

figure. 

Slightly higher cost. 

Improved performance. 

Somewhat higher cost. 


100 
400 

400 
400 


16/25 
12/- 

10/20 
10/20 


3.0/6.0 
6.0/- 

3.6/7.0 
4.0/8.0 


-/3.0 
1 2Tvp 

-/1.0 

1 


3.0 
4.0 

4.0 
4.0 


25 - 
26 - 

26' 

7b- 


TO 72 


2N4416 
2N4416A 


Best value in mate! 

As above, bu t h igher break . 

down voltage and tighter 

v GS(off) 


400 


10/- 


4.6/7.6 


-/0.8 


4.0 


30' 






Other Family Members 

(All comparisons are referenced to similarly packaged preferred 


device types 


n the table above.) 


TO 92 


130 


?'-.5668. 69. 70 Soira-,vh^ improved ■ptefflcationa, M, 9 i-o- co-,; 
MPF108. MPF 112 - Lowest cost. Very limited specifications. 


TO 72 


2N4223. 24: 2N3823 
MFE2000. 1 


st 100 MHz. H 
ed devices. 




146 


120 


3N124. 2 


5. 26 - This family is tetrode 
(50 V) and higher cos 


connected, a 
than other 


nd is tested 
metal packa 


es higher breakdown voltage 



MOSFET 


-N-CHANNEL 














AMPLIFIERS 


TO 72 


875 


Standard Family Limits 


to 500 


10/28 


8 0/20 


-/-0.05 


6.0 


to 26 


MFE130 VHF amplifiers listed in order 
MFE131 of increesing lest frequency. 
3N209 Cost variations are relatively small. 


105 
200 
500 


17/- 
17/- 
10/20 


8.0/20 
8.0/20 
10/20 


05 
-/0.05 
-/0.05 


5.0 
6.0 
6.0 


25 
25 

25 




890 


Standard Family Limils 


to 900 


10/- 


8.0/20 


025 


80 


25 


MFE590 VHF/UHF amplifiers character 
MFE591 ized to 900 MHz. Moderate cost. 


900 
900 


10.5/- 
10.5/- 


8.0/20 
10/20 


-/0.02S 
-/0.02 


8.0 
6.0 


25 
25 


MIXERS 


T072 


876 
880 


Standard Family Limits 


to 500 


10/28 


8.0/20 


-/0.06 


6.0 


to 26 


MFE132 Good performence. 
3N223 Improved specifications. 
Moderately higher cost. 


200 
200 


12/-* 
21/28' 


80/20 
17/40 


-/0.05 
-/0.05 


- 


25 
25 






Other Family Members 


262 


875 


MPF130 - Amplifier 
MPF131 - Amplifier 
3N210 - Amplifier 
MPF132 - Mixer 
3N224 - Mixer 
MFE3004. 5 - Amplifier 
3N128 - Amplifier 
3N140 - Ampllfier/Mlxer 


880 


TO 72 


112 


816 



4-33 






4-34 



MlflJOTP 




SMALL-SIGNAL 

MULTIPLE TRANSISTORS AND 

DARLINGTON TRANSISTORS 

The trend in electronic system design is toward the use of integrated circuits - to 
reduce component cost, assembly cost, and equipment cost. But ICs still aren't 
all things to all people, and for those circuit designs where ICs are not available, there 
is a noticeable swing towards the use of multiple devices." 

Motorola is reacting to this expanding market requirement by making available 
a very large selection of Quad, Dual and Darlington transistors for off-the-shelf 
delivery. The chips used in the Quad and Dual transistors are those that have 
emerged as the most popular ones for discrete transistor applications. But even 
beyond that. Motorola offers its entire vast repertoire of discrete small-signal tran- 
sistors for multiple-device packaging. For special applications where the devices 
listed may not quite fit the design requirements, special configurations can be 
supplied with quick turnaround time and low premiums. 

'Multiple devices, as described here, encompass two or more transistor chips in 
a single package. Included in this definition are the Darlington transistors which 
consist of two interconnected devices functioning as a single-stage amplifier. 

TABLE OF CONTENTS 

Page 

Quad Transistors 4-37 

General-Purpose Amplifier and Switching Transistors 
Low-Noise, High-Gain Amplifier Transistors 
Low-Current Switching Transistors 
RF Amplifiers and Oscillators, High-Voltage Drivers, and 
J-FET-Bipolar Transistors 

Dual Transistors 4-41 

General-Purpose Amplifier and Switching Amplifiers 

Low-Noise, High-Gain Amplifier Transistors 

High-Current Switching and Core Driver Transistors 

RF Amplifiers and Oscillators 
Darlington Transistors 4-45 

Power and Small-Signal Darlington Amplifier Transistors 

MPU Clock Buffer • • 4-40 



4-35 



MULTIPLE TRANSISTORS (continued) 

The following index reflects the devices characterized In this section. To locate the exact page number, 
see Catalog IndexiPage 7-1 ). 



QUAD TRANSISTORS 



2N5146 

2N6501 

MHQ918 

MHQ2221 

MHQ2222 

MHQ2369 

MHQ2483 

MHQ2484 

MHQ2906 

MHQ2907 

MHQ3467 

MHQ3798 

MHQ3799 

MHQ4001A 

MHQ4002A 

MHQ4013 

MHQ4014 

MHQ6001 

MHQ6002 

MHQ6100 

MHQ6100A 

MPQ918 

MPQ1OO0 

MPQ1050 

MPQ2001 

MPQ2221 

MPQ2222 

MPQ2369 

MPQ2483 

MPQ2484 

MPQ2906 

MPQ2907 

MPQ3303 

MPQ3467 

MPQ3546 

MPQ3725 

MPQ372SA 

MPQ3762 

MPQ3798 

MPQ3799 

MPQ3904 

MPQ3906 

MPQ4003 

MPQ40O4 

MPQ6S01 

MPQ6502 

MPQ6600 

MPQ6600A 

MPQ6700 

MPQ6842 

MPQ7041 

MPQ7042 

MPQ7043 

MPQ7051 

MPQ7052 

MPQ7053 

MPQ7091 

MPQ7092 



MPQ7093 
MOOfS 

MQ930 

MQ982 

MQ1120 

MQ1129 

MQ2218.A 

MQ2219.A 

MQ2369 

MQ2484 

MQ2904 

IVIQ2905A 

MQ3251 

MQ3467 

MQ3725 

MQ3762 

MQ3798 

MQ3799A 

MQ7001 

MQ7003 

MQ7004 

MQ700S 

MQ7007 

DUAL TRANSISTORS 

2N2060 

2N2060A 

2N2223.A 

2N2453.A 

2N2480.A 

2N2639 

2N2644 

2N26S2.A 

2N2720 

2N2721 

2N2722 

2N2903.A 

2N2913 

thru 
2N2920 
2N3043 

thru 
2N3048 
2N3426 
2N3806 

thru 
2N3811 
2N3811A 
2N3812 

thru 
2N3817 
2N3817A 
2N3838 
2N4015 
2N4016 
2N48S4 
2N48BS 
2N4937 



2N4938 


MD3725 


2N4939 


MD3725F 


2N4940 


MD3762.F 


2N4941 


MDBOOO.A.B 


2N4942 


MD6001.F 


2N6973 


MD6002.F 


2NB794 


MD6003.F 


2N5795 


MD6100.Fl 


2N6796 


MD7000 


2N6428 


MO7001.F 


thru 


MD7002.A.B 


2N643S 


MD7003.A.B . 


2N6441 


MD7003F.AF 


thru 


MD7004.F 


2N6448 


MD700B.F 


2N6502 


MD7007.A.B 


2N6503 


MD7007F.BF 


MD708.A.B 


MD7021.F 


MD708F.AF.BF 


MD8001 


MD918.A.B 


MD8002 


MD918AF.BF 


MD8003 


MD982 


DARLINGTON 


MD982F 
MD984 


TRANSISTORS 


MD985 


2N998 


MD985F 


2N2723 


MD986 


2N278B 


MD986F 


2N6034 


MD1120 


2N603S 


MD1120F 


2N6036 


MD1121.F 


2N6037 


MD1122.F 


2N6038 


MD1123.F 


2N6039 


MD1129 


2N6294 


MD1129F 


2N6295 


MO1130F 


2N6296 


MD1131.F 


2N6297 


M01132.F 


2N6426 


MO2060.F 


2N6427 


MD2218.A 


MJE700 


MD2218F.AF 


MJE702 


MD2219.A 


MJE800 


MD2219F.AF 


MJE802 


MD2369.A.B 


MM6427 


MD2369AF.BF 


MPS-A12 


MO2904.A 


MPS-A13 


MD2904F.AF 


MPS-A14 


MD2906.A 


MPS-A66 


MO2906F.AF 


MPS-A66 


MO32B0.A 


MPS-D04 


MD32B0F.AF 


MPS-DS4 


MD3251A 




MD32S1F.AF 




MD3409 




MD3410 




MD342B 




M 0346 7 




MD3467F 





4-36 



MULTIPLE TRANSISTORS (continued) 

QUAD TRANSISTORS 



GENERAL-PURPOSE AMPLIFIER AND 
SWITCHING TRANSISTORS 

The multiple transistors included in this category have been implemented with discrete 
transistor chips that have proved to be the most popular for high all around performance at 
low cost. The line is characterized by a relatively high-current gain over an extremely wide range 
of dc collector current, a high-frequency response and medium-speed switching capability. 




Design Parameters 

BVctO 
Specified hpt Range 

IT <Tvp» 

'on <TvP> 

Ml tTvp) 



Derivatives From 
Prime Devices 
(In decreasing 
order of price) 



CASE 607 04 

(Ceramic Flat Package! 
MQ Devices 




CASE 632 
TO-1 16 

(Ceramic Packaga) 
MHO Devices 



• 



CASE 646 

(Plastic Packaga) 

MPO Oavicat 



NPN TYPES 



MPQ2222 
MHQ2222 
MQ2219A 



(Basic Device Design - 2N2222) 



To60Vdc 

100 «A to 500 mA 

300 MH; @ 20 mA 



C "ramie 
Packaga 



MH02221 



Plastic 
Packaga 



MPQ2221 
MPQ1000 



Ceramic 

Flat 
Packaga 



MQ22IS.A 
MQ2219 
MQ1120 
MQU29 



Ceramic 
Packaga 



Compleinenlarv 

Pain 

12 Pain Per 

Package) 



MHO6002 
MHQ6001 



Plastic 
Packaga 



MPQ6002 
MPQ6001 
MPQ6502 
MPQ6501 
MPQ670U 



MPQ3904 



(Basic Device Design 
2X3904) 



To 40 Vdc 

100 |iA to 100 mA 

300 MHz 9 10 mA 

40 nl 

136 ns 



@ 10 mA 



Ceramic 

Flat 
Packaga 



MQ6002 
MQ6001 



PIMP TYPES 



MPQ2907 
MHQ2907 
MQ2905A 

I aisle Device Design - 2X2907/ 



MPQ3906 



(Basic Device Design 
2X3906) 



To 60 Vdc 

100 uA to 500 mA 

350 MHz @> 50 mA 

30 ns 

lOCnj 



@ 150 mA 



Ceramic 
Package 



MHO2906 



Plastic 
Package 



MPQ2906 
MPQ1500 



Ceramic 

Flat 
Package 



MQ2904 

MQ7001 

MQ982 

MQ3251 111 

MQ7007I1I 

(1) 

See 2N3250 

dan sheet 

for 

basic design 

parameters. 



To 40 Vdc 

100 u A to 100 mA 

350MHi@ 10 mA 

43 ns 

155 ns 



@> 10 mA 



Description 



Two Chips from Basic Device Design 2N2222 and 2N2907 
Devices differ principally in hpg. 

Same as above, but with a different pin arrangement. 
Two Chips from Basic Device Design 2N3904 and 2N3906 



Numbers in italic type denote data sheet that shows design curves. 



4-37 



MULTIPLE TRANSISTORS (continued) 
QUAD TRANSISTORS (continued) 






LOW-NOISE; HIGH-GAIN 
AMPLIFIER TRANSISTORS 



NPN TYPES 


PNP TYPES 




MQ2484 

MPQ2484 

MH02484 

1 Basic Device Design - 2N2484I 


MQ3799A (Matched! 

MPQ3799 

MHQ3799 

1 Basic Device Design - 2N3799) 


Prime Devices 


To 60 Vdc 
100nA to 10mA 
9OMHz®5O0iiA 
2.0 dB 9 10uA 


To 60 Vdc 
lOirA to 10mA 
140 MHz S> 1.0 mA 
1-5 dB 9 100 (iA 


Oeuan Parameters 
BVCEO 

Spccilird hf £ Rjnoe 
tT *Typ) 
NF <Typ> 


Ceramic 
Package 


Planic 
Packaga 


Caramic 

Flat 
Packaga 


Caramic 
Packaga 


Planic 
Packaga 


Caramic 

Flat 
Packaga 


Derivative* From 
Pnme Device. 
(In dff ii-aMiiq 
order of price) 


MH0.2483 


MPQ2483 


MQ930 


MHQ3798 


MPQ3798 


MQ3799 
MQ3798 

MQ7O03 


Ceramic 
Package 


Planic 
Packaga 


Caramic 

Flat 
Packaga 


Description 


Complementary 

Pain 


MHQ6100.A 


MPQ6100.A 
MPQ6600.A 


MO.6100 
MQ7021 


Two Chips trom Basic Device Design 2N2484 and 2N3799. 
The A version has higher gain. 

















HIGH-CURRENT SWITCHING AND 
CORE DRIVER TRANSISTORS 



NPN TYPES 


PNP TYPES 






MPQ3725A 

{Basic Device Design . 
2N3725) 


MHQ4014 

1 Basic Device Design - 
2N40I4I 


MPQ3303 

(Basic Device Design 
2N3303) 


MPQ3762 

2N5146 

/Basic Device Design 2N3762) 


Prime Devices 




To 50 Vote 
100mA to 500mA 
300 MHz 9 50 mA 

»« • 500mA 


To 45 Vdc 

10 mA to 1.0 A 

300 MHz® 50mA 

wUs *5«""A 


To 12 Vdc 

100 mA to 1.0 A 

500MHzS> 100mA 

20ns •">* 


To 40 Vdc 

100 mA to 10 A 

200 MHz i? 50 mA 

\%% »«»0mA 


Design Parameters 

BVCEO 

Specified \\\ | ii.m,. 

It'Tvp) 

t on <TVP» 
toll <*Vp) 




Planic 
Packaga 


Caramic 
Packaga 


Ceramic 

Flat 
Package 


- 


Caramic 
Packaga 


Plastic 
Packaga 


Caramic 

Flat 
Packaga 


Derivatives From 
Prime Device. 
(In decreasing 
order of price) 




MPQ3725 
MPQ4004 
MPQ4003 
MPQ1050 


MHQ4013 
MHQ4002A 

MHQ4O01A 


MQ3725 
2N6501 




MHQ3467 


MPQ3467 


MQ3467 
MQ3762 





Numbers in italic type denote data sheet that shows design curves. 



438 






MULTIPLE TRANSISTORS (continued) 
QUAD TRANSISTORS (continued) 



LOW-CURRENT 
SWITCHING TRANSISTORS 





NPN TYPES 


PNP TYPES 


Prime Devices 


MPQ2369 

MQ2369 

MHQ2369 

'Basic Device Design - 2N2369) 


MPQ3546 
MHQ3546 

1 Basic Device Design - 2NS546) 


Ue.iqn Parameters 

BVcEO 

Specified hf g Range 

it itvp) 

Ion (Tvp) 
'off ITvp) 


TolSVdc 

10 mA to 100 mA 

650 MHz @> 10 mA 

, 5 °„7 •""A 


To12Vdc 

10 mA to 100 mA 

850 MHz® 10mA 

25 n! •»«* 


Ocf ivdlivt From 
Prime Devices 


Flat 

Mtv 

MQ7004 


- 



CASE 607-04 

(Ceramic 
Flat Package) 
MQ Devices 



CASE 632 
TO-11S 

(Ca-emic Package) 
MHQ O.vic.1 



CASE 646 

(Plastic Package) 

MPQ Divici 




RF AMPLIFIERS AND OSCILLATORS, 

HIGH-VOLTAGE (HV) DRIVERS, AND J-FET-BIPOLAR QUAD TRANSISTORS 





RF NPN TYPES 


HV NPN TYPES 


HV PNP TYPES 


Prime Oevices 


MPQ918 
MQ918 
MHQ918 
IBaac Device Design 2N9III) 


MPQ 7043 
1 Basic Device Design 2N65I 5) 


MPQ 7093 
Basic Device Design 2N6S18I 


Design Parameters 

BVcEO 
Specified hpE Range 

It (TvpI 
nf (Tvp) 


To15Vdc 
100 wA to 10 mA 
850 MHz @ 4.0 mA 
4.0 dB @ 1.0 mA 


^•DOVcfc" 
1 .0 mA to 30 m A 
70MHz@ 10 mA 


To400Vdc•• 
1.0 mA to 30 mA 
70 MHz® 10 mA 


Derivatives From 
Prime Devices 
(In decreasing 
order of price) 


Ceramic 

Flit 
Package 


Plastic 

Package 


Plastic 
Package 


MQ7005 


MPQ7042 
MPQ7041 


MPQ7092 

MPQ7091 


Complementary 

Pain 

12 Pain Per 

Packagel 


- 


Plastic 
Package 


Description 


- 


MPQ7051 
MPQ7052 
MPQ70S3 


Two Chips from Basic Device Design 
2N6515 and 2N6518. Devices differ 
principally in BVqeq. 






MPQ2O01 


Two Chips from Basic Device Design 
2N2222 8. 2N5368UFET) lines. 

BVqss to 25 vdc - 'DSS ,rom 
2.0 mA 16 mA 


NPN Bipolar. 

N Channel. J-FET 

f] u .nl Transistor 

Combination 


- 



"Supplied as Specials. 






Numbers in italic type denote data sheet that shows design curves. 



4-39 



MULTIPLE TRANSISTORS (continued) 
QUAD TRANSISTORS (continued) 



MPU CLOCK BUFFER 

MPQ6842 

Quad dual in-line silicon annular complementary pair transistors. 

The MPQ6842 is designed to provide the switching speed and saturation voltages 
necessary to design the clock circuit to meet the MPU clock requirements. 





Design Parameters 


Limits 


CASE 646 

PljStic 


BVcEO 


To 40 Vdc 


Specified hFf: Range 


100 /jA to 100 mA 


fT (Typ) 


300 MHz @ 10 mA 


1 7 

14 a 

CONNECTION DIAGRAM 


ton (Typ) 


45 ns @ 10 mA 


toff (Typ) 


150 ns@ 10 mA 



4-40 



MULTIPLE TRANSISTORS (continued) 









DUAL TRANSISTORS 



LOW-NOISE, HIGH-GAIN 
AMPLIFIER TRANSISTORS 



CASE 

610A-O3 
Ceramic Package) 




CASE 
654-07 

Meiai Package) 





NPN TYPE 


PNP TYPE 




Prime Devices 


2N2920 
(Basic DnttX Design - 2N24S4) 


2N3811A 
(Basic Device Design 2N3799) 




Design Parameters 

BVcEO 

Specified hpE Range 

fT <Tvp> 


To 60 Vdc 
10uA to 10mA 
90MHz@500mA 
2.0 dB@ 10«A 


To 60 Vdc 
1.0mA to 10mA 
140 MHz® 1.0 mA 
I.SdSO 100uA 




NF (Typ» 
hpE Matching Avail. 




Derivatives From 
Prime Devices 
{In decreasing 
order of price! 


MM 

Package 


Ceramic 
Package 


Metel 
Package 


Ceramic 
Package 




2N2543.A 
2N2639 

thru 
2N2644 
2N2722 
2N2903.A 
2N2913 

thru 
2N2919 
MD7002.A.B 
MD8001 
MD8003 


2N3043 

thru 
2N3048 


2N3806 

thru 
2N3811 
MD7003,A,B 


2N3812 

thru 
2N3817A 
MD7003F.AF 




Complementary 

Pairs 

(Basic Device 

Design 

2N 2484 and 

2N3799) 


Metal 
Package 


Ceramic 
Package 




MD6100 
MD7021 


MD6100F 
MD7021F 




Matched Pairs 

(Monolithic 

Devices) 


Metal 
Package 


Description 




2N644I 

thru 
2N6448 


Devices differ principally in gain and 
matching characteristics. 





Numbers in italic type denote data sheet that shows design curves. 



4-41 



MULTIPLE TRANSISTORS (continued) 
DUAL TRANSISTORS (continued) 



GENERAL-PURPOSE AMPLIFIER AND 
SWITCHING AMPLIFIERS 

The multiple transistors included in this category have been implemented with discrete transistor 

chips that have proved to be the most popular (or high all around performance at low cost. The line is characterized by a 

relatively high-current gain over an extremely wide range of dc collector current, a high-frequency response 

and medium-speed switching capability. 



JS&L 



CASE 
610AO3 
(Ceramic Packs 




CASE 
854-07 

(Mm. i Package) 



NPN TYPE 


PIMP TYPE 




MD2219A.AF 
(Basic Device Design - 2N2222) 


MD2905A.AF 
(Basic Device Design - 2N2907) 


Prima Devices 


To 60 Vdc 

10uA to 500 mA 
300 MHz© 20 mA 

no", ®' 60mA 


To 60 Vdc 

100 jjA to 500 mA 

350 MHz® 50 mA 

?oO n n, ^ 150 mA 


Design Parameters 

BVCE0 

Specilied hpt Rangi- 

»T ITVPI 

'on 'Tvpl 

'off ITVP) 

hfE M.i:.:hn>.| Avail. 


Metal 
Packaga 


Ceramic 
Packaga 


Metal 
Packaga 


Caramic 
Packaga 


Derivatives From 
Prime Devices 
(In decreasing 
ordei ol price) 


2N2060.A MD2218A 
2N2223.A MD2219 
2N2480.A MD3409 
2N2652.A M03410 
MD1120 
2N2720 MD1121 
2N2721 MD1122 
2N5793 MD1I29 
2N5794 MO7000 


MD2218FAF 
MD22I9F 
MD1120F 
MD1129F 


2N4015 

2N4016 

2N5795 

2N5796 

MD2904A 

MD290S 

MD7001 

MD982 


MD2904FAF 
MD2905F 
MD7001F 
MD982F 


Maul 
Packaga 


Caramic 

Flat 
Packaga 


Complemenatiy 

Pairs 

(Basic Device 

Design 

2N2222and 

2N2907I 


2N4854 MD6001 
2N4855 MD6002 
MD985 MD6O03 


2N3838 

M0985F 

MD6001F 

MD60O2F 

MD6O03F 



Numbers in italic type denote data sheet that shows design curves. 



4-42 






MULTIPLE TRANSISTORS (continued) 
DUAL TRANSISTORS (continued) 



RF AMPLIFIERS 
AND OSCILLATORS 




CASE 

610A 03 
Cinmic Package) 




CASE 
654-07 

Mstal Package) 




CASE 

654-01 

Metal Package) 







NPN TYPE 


PNP TYPE 




Prime Devices 


MD918A 
MD918AF 

/Basic Device Design - 2N9IS/ 


M05000A 
/Basic Device Design - 2NJS07/ 




Design Parameters 

BVceo 

Specified hp£ Range 

'T (Typ) 

NF(Typ) 

Gpc 

ir, | Matching Avail. 


TolBVdc 
IOOmAio 10 mA 
BSD MHz 04.0 mA 

4.0 dB (9 1.0 m A 
15 dB© 4.0 mA 


To 1S Vdc 
100«A to 10mA 
900 MHz @ 4.0 mA 
3.0 dB@ 1.0 mA 
IB dB@ 4.0 mA 




Derivatives From 
Prime Devices 
Un decreasing 
order of price) 


■Mai 

Package 


Ceramic 

Package 


Maul 
Package 


- 




MD9/8.B 
MD1131 
MD1132 
MD7005 


MD918F.BF 
MD1131F 
MD1132F 
MD7005F 


MDSOOO 
MD5000B 





NEW INTRODUCTIONS 

MD4260 PNP silicon transistors designed for use as wideband or high-frequency differential amplifiers and 

MD4261 dual RF amplifiers. 

MD6900 NPN/PNP silicon transistor designed for use as complementary wideband RF amplifiers. 

TO BE INTRODUCED 

MD5500.F 450 MHz NPN Amplifier 



Numbers in italic type denote data sheet that shows design curves. 






4-43 



MULTIPLE TRANSISTORS (continued) 
DUAL TRANSISTORS (continued) 






HIGH-CURRENT SWITCHING AND 
CORE DRIVER TRANSISTORS 



NPNTYPE 


PNP TYPE 


MD3725.F 
(Basic Device Design 2N3 7 25) 


MD3762.F 
(Basic Device Design - 2N3762) 


To 45 Vdc 

10 mA to 1.0 A 

300 MHz® 50 mA 

SS @500mA 


To 40 Vdc 
100mA to 1.0A 
200 MHz S> 50 mA 
30- 500mA 


Metal 
Pack HAS 


Ceramic 
Package 


Pick age 


Ceramic 
Package 


2N6502 


2N6503 


M 03467 


MD3467F 



Prime Devices 



DtHfln Parameters 

BVCE0 

Specified hpt Range 

tr(Tvp) 

"on (TyPl 
t fl ITVP) 
hc£ Matching Avail. 



Derivatives From 
Prime Devices 



LOW-CURRENT 
SWITCHING TRANSISTORS 



NPNTYPE 



MD2369A.AF 
(Basic Device Design - 2N2369) 



To 15 Vdc 

10 mA to 100 mA 

650 MHz @ 10 mA 



Metal 

Package 



2N3425 
MD708.A.B 
MD2369.B 
MD7004 



Ceramic 
Package 



MD708.AF.BF.F 

MD2369F.BF 

MD7004F 



Metal 
Package 



PNP TYPE 



M03251A.AF 
(Basic Device Design - 2N3250) 



To 40 Vdc 
IOjiA to 50mA 
300 MHz @ 10 mA 

200", •»«* 



Metel 
Peckege 



2N4937 

2N4938 

2N4939 

MD3250.A 

MD 325 1. A 

MD1123 

MD1130 

MD7007.A.B 

MD984 



Ceramic 
Package 



2N4940 

2N494I 

2N4942 

MD3250FAF 

MD325IF.AF 

MD1130F 

MD7007F.BF 



Ceramic 
Package 



MD9B6 



MD986F 



Desiqn Parameters 

BVCEO 

Specified hpf Range 

«T (Typ) 

ton <T V p) 

«off<Typ) 

hp£ Matching Avail. 



Derivatives From 
Prime Devices 

(In decreasing 
order of price) 



Complementary 

Pairs 

(Basic Device 

Design 

2N23G9aitd 

2N3250) 






Numbers in italic type denote data sheet that shows design curves. 



4-44 



MULTIPLE TRANSISTORS (continued) 



DARLINGTON TRANSISTORS 



POWER AND SMALL-SIGNAL 
DARLINGTON AMPLIFIER TRANSISTORS 

Darlington amplifiers ara caicadi transiston used in applications requiring very high-currant 

gain and input impedance. The plastic transistors have monolithic construction and the metal package 

transistors are two chip construction. The transistors are listed in order of increasing 

breakdown voltage (BVcEO*' 



BVCES' 
VcEOImi)* 


ic 


» 


=E • 'c 


v CE(iat) 


» 'C 


Pd 


«T 


NF 


Device Tvpa 


BVCEO 


mA* 




































Volti 


Amp 






mA* 


Voltl 


mA 1 




Mm 


dB 


NPN 


PNP 


Mln 


Max 


Min 


Max 


Amp 


Max 


Amp 


Watti 


Min 


Typ 


20* 


500' 


20,000 


_ 


10- 


1.0 


10- 


0.625 


0.035 


_ 


MPS-AI2 


_ 


26" 


300' 


1000 


— 


10' 


1.0 


0.1 


0.625 


100 


_ 


MPS-D04 


MPS-054 


30' 


500' 


5000 


— 


10' 


1.6 


0.1 


0.626 


126 


2.0 


MPSA13 


_ 


30* 


500' 


10.000 


— 


10' 


1.6 


0.1 


0.626 


125 


2.0 


MPS-A14 


— 


30" 


300- 


50.000 


— 


10- 


1.6 


0.1 


0.625 


100 


2.0 


_ 


MPSA65 


30- 


300- 


75,000 


— 


10" 


1,5 


0.1 


0.626 


100 


2.0 


— 


MPSA66 


40 


200* 


1200 


— 


10' 


1.0 


16' 


0.5 


10 


— 


2N2785 


— 


40 


300" 


5000 


— 


10* 


1.6 


0.1 


0.376 


— 


— 


MM6427 


_ 


40 


500' 


5000 


— 


10- 


1.B 


0.1 


0.75 


— 


_ 


MPQ6426 


_ 


40 


1.0 


10,000 


25.000 


150* 






- 


175 


6.0 


— 


2N6S2I 


40 


500* 


10,000 


200.000 


10' 


1.2 


60- 


0.625 


— 


30 


2N6427 


_ 


40 


1.0 


20,000 


50,000 


150" 


~ 


_ 


— 


175 


6.0 


_ 


2N6522 


40 


500' 


20,000 


200.000 


10* 


1.2 


50* 


0.625 


— 


3.0 


2N6426 




40 


4.0 


750 


15,000 


2.0 


2.0 


2.0 


1.6 


— 


_ 


2N6037 


2N6034 


60» 


500- 


1600 


8.000 


10' 


— 


— 


0.6 


— 


6.0 


2N998 


_ 


60 


40' 


2000 


10,000 


10" 


1.0 


10* 


0.5 


100 


10 


2N2723 


_ 


60 


4.0 


750 


— 


1.5 


2.5 


1.5 


40 


— 


_ 


MJE800 


MJE700 


60 


4.0 


750 


15.000 


2.0 


2.0 


2.0 


1.6 


25 


_ 


2N6038 


2N6035 


60 


4.0 


750 


18,000 


2.0 


2.0 


2.0 


50 


4.0 


_ 


2N6294 


2N6296 


80 


4.0 


750 


— 


1.5 


2.5 


1.6 


40 


— 


_ 


MJE802 


MJE702 


80 


4.0 


750 


15,000 


2.0 


2.0 


2.0 


1.6 


2.5 


_ 


2N6039 


2N6036 


80 


4.0 


750 


18,000 


2.0 


2.0 


2.0 


50 


4.0 


- 


2N6295 


2N6297 



P 


P 


/ 


£& 


§ 


tfffiW' 


iWI Cass 20 


/f/casa 22-03 
''{ TO -18 


/i/ Ctu 29-02 


w 


F 

"J Case 77-03 


1" i I 1 1 


"ft TO-72 


V TO-92 


I' Can 34A 


Clio 646 


2N998 


MM6427 


2N6426 


2N6521 


2N6034 


MPQ6426 


2N2723 




2N6427 


2N6522 


2N6035 


MPQ6427 


2N2785 




MPS-A12 
MPS-A13 
MPSA14 
MPS-A66 
MPS-A66 
MPS-D04 
MPS-054 




2N6036 
2N6037 
2N6038 
2N6039 
2N6294 
2N6295 
2N6296 
2N6297 
MJE700 
MJE702 
MJE800 
MJE802 

















Numbers in italic type denote data sheet that shows design curves. 



4-45 
























4-46 



MD©M=T 





and DIODES 



Micro-T devices combine high performance with extremely small physical size. 
The type numbers listed below are available from stock, but all other Motorola 
small-signal transistors may be obtained in Micro-T packages on special order. 






TABLE OF CONTENTS 

RF Amplifier Transistors 4-48 

For high-frequency amplifier and switching applications 
General Purpose Transistors 4-48 

Most popular discrete amplifiers in Micro-T package 
Low Noise Amplifier Transistors 4-49 

Low noise audio and high gain amplifiers 
Low Current Switching Transistors 4-49 

High speed switching transistors 
Switching Diodes •. 4-50 

Single and dual diodes with common anode or cathode 
Micro-T Field-Effect Transistors 4-50 

J-FET and MOS FET 



The following index reflects the devices characterized in this section. To locate the exact page number, 
see Catalog IndexiPage 7-1 ). 





INDEX 










MMCM930 


MMD6100 


MMT2907 








MMCM2221 


MMD61B0 


MMT3014 








MMCM2222 


MMD7000 


MMT3S46 








MMCM2369 


MMD7001 


MMT3798 








MMCM2484 


MMT70 


MMT3799 








MMCM2907 


MMT71 


MMT3823 








MMCM3798 


MMT72 


MMT3903 








MMCM3799 


MMT75 


MMT3904 








MMCM3903 


MMT76 


MMT3905 








MMCM3904 


MMT930 


MMT3906 






MMCM3906 


MMT2222 


MMT3960 






MMCM3906 


MMT2369 


MMT4261 








MMD70 


MMT2484 


MMT8015 








MMD6050 


MMT28B7 














4-47 



MICRO-T TRANSISTORS AND DIODES (continued) 






RF AMPLIFIER/HIGH SPEED SWITCHING TRANSISTORS 

Standard metal packaged RF devices, in Micro-T packages are designed for applications 
where limited space is critical. This package is particularly attractive from a 
pretesting and cost point of view as the RF parameters can be 100% tested for high 
performance. For complete design data, consult the prime device data sheet. For other 
RF devices not listed, contact your nearest Motorola sales representative or 
distributor. Ceramic packages with a cold sealing process will also be available in 
quantity orders in the future. 




Com 28 







NPN Types 


PNP Types 






Prime Devices 


MMT2857 


MMT8015 


MMT3960 


MMT918 


MMT4261 






Design Parameters 

BV C EO 
Operating hcr£ Range 
*T (TVP) 
NF (Typ) 
G pe ITyp) 
'on < T VP> 


To 20 V 
1.0 to 20 mA 

1U00 MHz 9 6.0 mA 
4.0 dB @> 1.5 mA 
15dB @> 450 MHi 


To 15 V 
1.0 to 10 mA 

2000 MHi <S> 6.0 mA 
3.6dBS> 1.0 mA 
7.0 dBtP 1.0 OHi 


To 15 V 

1.0 to 30 mA 

1600 MHt 10 mA 

3.0 ns<P 10 mA 


To 15 V 

3.0 mA 

600 MHi 194.0mA 

6.0 dB 1? 1.0 mA 

16 dB 19 200 MHz 


To 20 V 

10 mA 

1000 MHi @> 10 mA 





MMT4049 PNP RF Amplifier - to be introduced. 



GENERAL-PURPOSE AND SWITCHING TRANSISTORS 

For general-purpose applications and for designs requiring fast switching, the Micro-T 
packaged transistors are available in either economy plastic or hermetically sealed 
ceramic. Complete designer data sheets are available for prime devices; equivalent data 
sheets may be obtained when the same die is used in other 2N - standard devices. 
For devices not listed, contact your nearest Motorola representative or distributor. 



MMT 
Type Numbers 




MMCM 
Type Numbors 






NPN Types 


PNP Types 


Prime 
Devices 


MMT2222 

MMCM2222 


MMT3904 
MMCM 3904 


MMT2907 
MMCM2907 


MMT3906 
MMCM3906 


Design Parameters 

BV C EO 

Operating hpr£ Range 

f T (Typ) 

ton (TVP) 

toff ITyp' 


To 60 V 
100 (J A to 500 mA 
300 MHz (P 20 mA 
25 ns 

IP 160 mA 
250 ns 


To 40 V 

100 MA to 100 mA 
300 MHz (P 10 mA 
40 ns 

8> 10 mA 

l.-.O f I 


To 60 V 

100 11 A to 500 mA 
350 MHz <P 50 mA 
30 ns 

150 mA 

100 ni 


To 40 V 
100 wA to 100 mA 
350 MHz @" 10 mA 
45 ns 

<P 10 mA 
160 ns 


Derivatives from 
Prime Devices 


Ceramic Package 


Plastic Package 




Plastic Package 


MMCM2221 


MMT3903 
MMT76 

Ceramic Package 
MMCM3903 




MMT3905 
MMT75 

Ceramic Package 
MMCM3905 



4-48 






MICRO-T TRANSISTORS AND DIODES (continued) 

LOW NOISE/HIGH GAIN AMPLIFIER TRANSISTORS 

Two types of specialty transistors complement Motorola's micro-transistor amplifier 
selection. The combination of high-gain and low-noise have made these standards 
popular for many years. The Micro-T package coupled with performance permits 
space premium designs to become a reality. Other high voltage and Darlington 
transistors are also available as specials. 



MMT 
Type Numbers 







NPN Types 


PNP Types 




Prima Devices 


MMT2484 
MMCM2484 


MMT3799 
MMCM3799 




Design Parameters 

bvceo 

Operating hpg Range 
* T (Tvp) 
NF (Typ) 


To 60 V 
100«A to 10mA 
90 MHz ®> S00 MA 
2.0 OB @ 10)iA 


To 60 V 

10 M A to 10 mA 

140 MHz® 1.0 mA 

1.5 dB®> 100MA 




Derivatives from 
Prime Devices 


Ceramic 
Package 
MMCM930 


Plastic 
Packaga 
MMT930 
MMT70 


Ceramic 
Package 
MMCM3798 


Plastic 
Package 
MMT3798 
MMT71 





LOW CURRENT SWITCHING TRANSISTORS 

To complement the Micro-T amplifiers, these high speed switching transistors can be 
used in circuits where space limitations are critical. For design data, consult prime 
device data sheet or the 2N JEDEC equivalent. For devices not listed, consult 
your nearest Motorola sales representative or distributor. 



MMT 
Type Numbers 




MMCM 
Type Numbers 






NPN Types 


PNP Types 




Prim* D«wic»n 


MMT2369 
MMCM2369 


MMT3014 


MMT3546 




Ostsign Parameters 

BVCEO 
Operating hpg Range 
«T (Typ) 
«on (Typ) 
toft < t vp) 


To 15 V 
10 m A to 100 mA 
650 MHz @ 10 mA 

15 ns 


To 20 V 

10 mA to 100 mA 

400 MHz @ 30 mA 

2" • 300 mA 
13 ns 


To 12 V 
10 mA to 100 mA 
850 MHz 9 10 mA 

\l" % 8.50 mA 
25 ns 




Derivatives from 
Prime Devices 




Plastic Package 
MMT72 







4-49 



MICRO-T TRANSISTORS AND DIODES (continued) 



SWITCHING DIODES 

The Micro-T product line includes single and double diodes for voltage doubling or 
bias control functions. Zener diodes are also available as specials. For lead times 
and availability, contact your nearest distributor or Motorola's sales representative. 




Plastic 




Cm 166 





Single 


Common 
Cathode 


Common 
Anode 


Series 


Prims Dwicaf 


MMD6O50 


MMD6100 


MMD6150 


MMD7000 


Design Parameters 
V B R 

Ir(Tvp) 

V F (Typ) 

«rr <Tvp) 
Derivatives from 
Prime Devices 


To 100 V 

10 mA 

0.6 V 9 1 .0 mA 

10 ns 

MMD70 


To 100 V 

10 mA 

0.6 V 9 1.0 mA 

20 m 


To 100 V 
10 mA 

0.6 V 91.0mA 
20 ns 


To 100 V 

10mA 

0.6 V0> 1.0 mA 

20 ns 

MMD7001 






MICRO-T FIELD-EFFECT TRANSISTORS 

Technologies other than bipolar transistors are available in the Micro-T package. 
One example is the popular J-FET. Also available are other J-FET and MOSFET 
devices requiring up to four leads and having a chip size less than 25 mils per side. 
For lead time and availability, contact your nearest Motorola sales representative. 



Plastic 







Cese 28 







N -Channel 








J-FET 






Prim* Device 


MMT3823 






Design Parameters 








BVqss 


To 35 V 






'OSS (surge) 


5.0 mA to 20 mA 






C,„ <T ¥ pl 


4.0 pF 






NF (T V p) 


2.0 dB 9 1 00 MHi, B s ■ 1 000 Ohms 





Note: Other FETs are available as specials. Standard FET devices 
to be introduced. 



4-50 




and MODULES 



This selection guide contains the preferred registered and non-registered RF parts 
available. From more than 500 total individual available devices, Motorola has selected 
17 transistor/module chains from 1.5 to 600 W (PEP) output. All devices are 
designed, tested and optimized for frequency ranges from 2 to 900 MHz. These 
devices are designed for your advanced RF engineering concepts. 









TABLE OF CONTENTS 

High Frequency, Low-Voltage Amplifier Transistors/Modules cover the Page 

spectrum from 2 to 947 MHz (7.5 to 13.6 Volts) 4-53 

High Frequency, High Voltage, Power Amplifier Transistors cover the 

spectrum from 2 to 400 MHz (28 to 50 Volts) 4-57 

Power Varactor Multipliers 4-59 

15 Watts at 450 MHz to 2.0 Watts at 6 GHz 
UHF and Microwave Oscillators 4-59 

400 MHz to 2.0 GHz 
Low-Noise Transistors 4-59 

Noise Figure versus Frequency 
General-Purpose Transistors 4-60 

f"|" versus lc 
CATV, MATV, and Class A Linear Transistors 4-60 

fj and Noise Figure 

Hybrid Amplifier Modules 4-61 

CATV Hybrid Modules cover the spectrum from 40 to 512 MHz 



4-51 



RF TRANSISTORS AND MODULES (continued) 






The following index reflects the devices characterized in this section. To locate the exact page number, 
see Catalog IndexIPage 7-1 ). 









n 




M 


n 


mi 








Device Type 


Package 


Device Type 




Package 


Device Type 


Package 


Device Type 


Package 


1N4387 


44 


2NS841 


TO-72 


MRF208 


145A-07 


MRF453A 


145A04 


1N4388 


44 


2N5847 


14SA-07 


MRF209 


145A-07 


MRF454 


211 10 


1NS149 


47 


2N5848 


145A-07 


MRF212 


145A-07 


MRF454A 


145A-04 


1NS150 


47 


2N5849 


14SA08 


MRF215 


278-06 


MRF501 


TO-72 


1N5150A 


47 


2N5941 


211-07 


MRF216 


278-06 


MRF502 


TO-72 


1N5153 


47 


2N5942 


211 10 


MRF221 


211-07 


MRF509 


207A-01 


IN5153A 


47 


2N5943 


TO-39 


MRF222 


211-07 


MRF511 


144O-0S 


1N51S5 


46 


2N5944 


244 04 


MRF223 


211-07 


MRF515 


TO 39 


1N5155A 


46 


2NS945 


24404 


MRF224 


211-07 


MRF517 


TO-39 


2N2857 


TO-72 


2N5946 


244-04 


MRF225 


TO-39 


MRF519 


TO 39 


2N3553 


TO-39 


2N6080 


145A-07 


MRF226 


145A-07 


MRF531 


TO-39 


2N3632 


TO-60 


2N6081 


MSA 07 


MRF227 


TO 39 


MRFS32 


TO-39 


2N3839 


TO-72 


2N6082 


145A-07 


MR F 230 


TO-39 


MRF601 


297 01 


2N3948 


TO-39 


2N6083 


145A-07 


MRF231 


145A-07 


MRF602 


297-01 


2N3960 


TO-18 


2N6084 


14SA-07 


MRF232 


145A-07 


MRF604 


TO-46 


2N4073 


TO-39 


2N6166 


211-10 


MR F 233 


145A07 


MRF607 


TO-39 


2N4427 


TO-39 


2N6255 


TO-39 


MRF234 


145A07 


MRF618 


278-06 


2N4428 


TO 39 


2N6256 


249 05 


MRF23S 


145A-07 


MRF626 


305 01 


2N4957 


TO-72 


2N6304 


TO 72 


MRF237 


TO-39 


MRF627 


30SA-O1 


2N4958 


TO 72 


2N6305 


TO-72 


MRF238 


145A07 


MRF628 


249 05 


2N49S9 


TO-72 


2N6367 


211-07 


MRF243 


278-06 


MRF629 


TO-39 


2N5031 


TO-72 


2N6368 


21110 


MRF244 


278-06 


MRF644 


27806 


2N5032 


TO-72 


2N6370 


21107 


MRF245 


27806 


MRF646 


278-06 


2NS070 


TO-60 


8FR90 


302A-01 


MRF304 


278 06 


MRF816 


249 05 


2N5108 


TO 39 


BFR91 


302A-01 


MRF305 


2 78-06 


MRF817 


244 04 


2N5109 


TO-39 


BFR96 


302A-01 


MR F 306 


278-06 


MRF818 


24404 


2N5160 
2N5179 


TO-39 
TO-72 


BFY90 
BFX89 


•TO-72 
TO-72 


MRF313 

MRF313A 

MRF401 

MRF402 

MRF406 

MRF420 

MRF421 


305 01 

30SA-01 

145A-01 

TO-39 

211-07 

211-10 

21 1-08 


MRF823 
MRF824 


278-05 
2 78-05 


2N5583 


TO 39 


MHW401 


301-01 


MRF825 


278-05 


2N5589 


1448-04 


MHW559 


27002 


MRF835 


27805 


2N5590 


145A07 


MHW562 


27002 


MRF901 


302 01 


2N5591 


145A-07 


MHW570 


270A-01 


MRF904 


TO 72 


2N563S 


1448-04 


MHWS72 


270A-01 


MRF422 


211 08 


MRF961 


302-01 


2N5636 


144B-04 


MHWS80 


714 


MRF425 


145A-0B 


MRF5174 


244 04 


2N5637 


145A07 


MHW601 


297 01 


MRF427 


145A-08 


MRF5175 


244-04 


2N564t 


1448-04 


MHW602 


297-01 


MRF428 


307-01 


MRF5176 


244-04 


2N5642 


14SA 07 


MHW709 


70001 


MRF432 


211 07 


MRF5177 


215-01 


2N5643 


145A-07 


MHW710 


700 01 


MRF433 


211-07 


MRF5177A 


145A 07 


2N5644 


145A 07 


MM4019 


TO-39 


MRF449 


211-07 


MRF8004 


TO 39 


2NS829 


TO-72 


MM4049 


TO-72 


MRF449A 


145A-07 


MV1805C 


47 


2N5835 


TO-72 


MM8001 


TO-39 


MRF450 


211 07 


MV1805J 


44 


2N5836 


TO-46 


MM8009 


TO-39 


MRF450A 


14SA-07 


MV1807J1 


44 


2NS837 


TO 46 


MRF207 


TO-39 


MRF453 


21110 


MV1809C1 


47 



4-52 



RF TRANSISTORS AND MODULES (continued) 



High Frequency, Low Voltage Amplifier 
Transistors/ Modules 



The transistors listed in this table are specified for operation in RF Power amplifiers and are listed by spe- 
cific application at a given test frequency. Arrangement within each application group is in the order of increas- 
ing output power. Modulation type is given in each application heading. 



Device 
Type 



Output Power 
Watts 



Power Gain 

(IB Min 



Supply voltage 
Volts 




2-30 MHz, SSB TRANSISTORS 



2N6367 

MRF432' 

MRF433" 

MRF406 

MRF425 

2N6368 

MRF420 

MRF421 



9.0 PEP 

12.5 PEP 

12.5 PEP 

20 PEP 

30 PEP 

40 PEP 

75 PEP 

100 PEP 



14 
20 
20 
12 
12 
10 
10 
10 



■PNP/NPN Complements for Complementary Symmetry Driver, See EB 32 
For Matched Pairs Order MK433. 



Chain 1 - 12.5 V, 2-30 MHz 

Off-road vehicles/Oil tankers /Fishing fleets 



14-30 MHz, CB/AMATEUR TRANSISTORS 



MRF8004 

MRF449 

MRF449A 

MRF450 

MRF450A 

MRF453 

MRF453A 

MRF454 

MRF454A 



3.5 
30 
30 
50 
50 
60 
60 
80 
80 



10 

10 

10 
11 
11 
11 
11 
11 
11 



27-50 MHz, LOW-BAND FM TRANSISTORS 



MRF402 
2N5847 
2N5848 
2N5849 



1.0 
8.0 
20 
40 



10 
10 
8.0 
7.5 



4-53 



RF TRANSISTORS AND MODULES (continued) 












Device 
Typ. 



Output Power 
Witts 



Off 

Power Gain 
dBMin 



»cc 

Supply Voltage 

Volts 



Package 



40-100 MHz, MIDBANO FM TRANSISTORS 



MRF230 
MRF231 
MRF232 
MRF233 
MRF234 
MRF235 



1.5 
3.5 
7.5 
15 
25 
50 



10 
10 
9.0 
9.5 

10 
8.0 



12.5 
12.5 
12.5 
12.5 
12.5 
12.5 



TO-39 

145A07 

145A-07 

145A07 

145A07 

145A-07 



Chain 2 - 12.5 V, 40-100 MHz 

European taxis /Oil shore oil rigs 

«i;)0 MMF2J1 NWF7J4 



Chain 3 - 12.5 V, 40-100 MHz 

European buses/ Business radio ,_jj 





156-162 MHz, VHF MARINE RADIO FM TRANSISTORS 


MRF237" 
MRF238 


4.0 

30 


12 
9.0 


12.5 
12.5 


TO-39 
145A-07 


"Groundtd «milt*r TO-39 package Sec EB-29 


innn wu?» 






Chain 4 - 13.6 V, 160 MHz 


*»cj 


)H> 


i 




Marine radio/ Pleasure craft/Fishing boats/2 meter "ham band" 




/ V 







130-175 MHz, HIGH BAND/VHF FM TRANSISTORS 




MRF604 


1.0 


10 


12.5 


T0-46 




2N4427 


1.0 


10 


12 


TO-39 




MRF607 


1.75 


12.5 


12.5 


TO-39 




2N6255 


3.0 


7.8 


12.5 


TO-39 




2N5589 


3.0 


8.2 


13.6 


144B-06 




MRF237** 


4.0 


12 


12.5 


TO-39 




2N6080 


4.0 


12 


12.5 


145A-07 




2N5590 


10 


5.2 


13.6 


145A07 




MRF212 


10 


9.0 


12.5 


145A-07 





'Grounded emitter TO-39 package. See EB-29 



4-54 



RF TRANSISTORS AND MODULES (continued) 



Device 
Type 



ft- 

Output Power 
Watts 



On 

Power Gain 
dBMin 



Supply Voltage 
Volts 



Package 



130175 MHz. HIGH 8AND/VHF FM TRANSISTORS 



2N6081 

MRF221 

MRF215* 

2N5591 

2N6082 

MRF222 

2N6083 

MRF223 

2N6084 

MRF224 

MRF216* 

MRF243- 

MRF244' 

MRF245" 



15 
15 
20 
25 
25 
25 
30 
30 
40 
40 
40 
60 
70 
80 



6.3 
6.3 
8.2 
4.4 
6.2 
6.2 
5.7 
5.7 
4.5 
4.5 
6.7 
7.0 
6.6 
6.4 



12.5 
12.5 
12.5 
13.6 
12.5 
12.5 
12.5 
12.5 
12.5 
12.5 
12.5 
12.5 
12.5 
12.5 



145A07 

21107 

27806 

145A07 

145A-07 

21107 

145A-07 

21107 

145A07 

21107 

27806 

27806 

27806 

27806 



Cont'olled "Q" Iranitstor See EB 19 



146175 MHz. HIGH BAND/VHF FM MODULUS 



MHW601 
MHW602 



13 

20 



21 
21 



12 5 
12.5 



29701 
29701 



See EB-23 for application! .nfoimjtion 

Chain 5 - 12.5 V, 
175 MHz 

l»nW _ 

Construction vehicles/ 
Oil fields/ 
Business band 




Chain 6 -12.5 V, 
175 MHz 

mm? !«oh m»;«s 



Chain 7 - 12.5 V, 
175 MHz 



cz:: Nr^ rfl rz\*>>» is«""~^ ^~~ K ^-^ 



Business band/Truck dispatch 



Police/ Fire/Ambulance 




220 MHz, CITIZENS BAND FM TRANSISTORS 



MRF207 

MRF225 

MRF227' 

MRF208 

MRF226 

MRF209 



1.0 
1.5 
3.0 
10 
13 
25 



82 
9.0 
13.5 
10 
9.0 
4.4 



12.5 
125 
12.5 
12.5 
125 
12.5 



TO-39 

TO-39 

TO-39 

145A07 

145A-07 

145A07 



Grounded emitlc' TO 39 package See EB 29 



Chain 8 - 12.5 V. 225 MHz 

IV. meter "ham band"/225 MHz class E/ Communicator class 




407-512 MHz. UHF FM TRANSISTORS 




2N6256 


0.5 


10 


12.5 


249.05 


MRF626 


0.5 


10 


12.5 


305-01 


MRF627 


0.5 


10 


12.5 


305 A-01 


MRF628 


0.5 


10 


12.5 


24905 


MRF515 


0.75 


8.0 


12.5 


TO-39 


2N3948 


1.0 


6.0 


13.6 


TO-39 


2N5644 


1.0 


7.0 


12.5 


145A-07 


MRF629"* 


2.0 


8.0 


12.5 


TO-39 


2N5944 


2.0 


9.0 


12.5 


244-04 


2N5945 


4.0 


8.0 


12.5 


24404 


2N5946 


10 


6.0 


12.5 


244-04 


MRF618* 


15 


6.0 


12.5 


27806 


MRF644* 


25 


6.2 


12.5 


27806 


MRF646* 


40 


4.9 


12.5 


27806 



•Controlled "Q" transistor See l B 19 
'Grounded emitter TO-39 package. 



4-55 



RF TRANSISTORS AND MODULES (continued) 
AMPLIFIER MODULES 






MODULE 


Output Power 
Watts 


f 
MHz 


Power Gain 
dBMin 


Voc 
Supply Voltage 


Package 




407-512 MHz, UHF FM MODULES 






MHW401-1 
MHW401-2 
MHW401-3 
MHW709-1 
MHW709-2 
MHW709-3 
MHW710 1 
MHW7102 
MHW710-3 


1.5 
1.5 
1.5 
7.5 
7.5 
7.5 
13 
13 
13 


400440 
440-470 
470-512 
400440 
440470 
470-512 
400440 
440470 
470 512 


15 
15 
15 
18.8 
18.8 
18.8 
19.4 
19.4 
19.4 


7.5 
7.5 
7.5 
12.5 
12.5 
12.5 
12.5 
12.5 
12.5 


30101 
301 01 
301-01 
700-01 
700 01 
700 01 
700-01 
70001 
70001 




See I B b lor application* information 










Chain 9 - 12.5 V, 512 MHz 

Agricultural communications /Base stations /Repeaters 

( 1 K 


Chain 10 - 12.5 V, 470 MHz 

Public safety/ Industrial dispatch f\ 

r— , . fl 


MRF&4G 




"— =ji N)^* " 


mwi 








' 


1—}" W 




[wtwjjoj |f HMM 




'/ii',:i . 


•MNFMt 


1 1 

URF646 





Device 
Typ« 



Output Power 
Watts 



fa 

Power Gain 

dBMin 



806-947 MHz. UHF FM TRANSISTORS 



MRF816 

MRF817 

MRF823* 

MRF818 

MRF824* 

MRF835* 

MRF825- 



0.75 
2.5 
5.0 
8.0 

12 

15 

25 



10 
6.2 

8.0 
5.05 
4.8 
7 (G„) 
4.5 



Supply Voltage 
Volts 



12.5 
13.6 
12.5 
13.6 
12.5 
12.5 
12.5 



Package 



24905 
244-04 
27805 
244 04 
278-05 
27805 
27805 



-Controlled -Q" transition See EB 19 - Gold rneielluetlon. controlled "Q" trentitlor. See EB 26. EB 19 



MBMK L^Z 




M»*8:6 MRI07J MMW< .. 

Chain 12 - 12.5 V, 870 MHz /mm 

Base station/ Industrial dispatch 



M1FJIS M«M3 MHH15 

Chain 11- 12.5 V, 850 MHz 

Cellular radio telephone 



4-56 



RF TRANSISTORS AND MODULES (continued) 






High Frequency, High Voltage, Power Amplifier Transistors 

The transistors listed in this table are specified for operation in RF Power amplifiers and are listed by spe- 
cific application at a given test frequency. Arrangement within each application group is in the order of increas- 
ing output power. Modulation type is given in each application heading. 



Mm 

Typ. 



Output Power 
Watts 



Power Gain 
dBMin 



*nr- 



Package 



2-30 MHz, SS8 TRANSISTORS 



2N6370 
MRF432 
MRF433 
2N5070 
MRF401 
MRF427 
2N5941 
2N5942 
MRF422 
MRF428 



10 PEP 

12.5 PEP 

12.5 PEP 

25 PEP 

25 PEP 

25 PEP 

40 PEP 

80 PEP 

150 PEP 

150 PEP 



12 
20 
20 
13 
13 
12 
13 
10 
10 
13 



28 
12.5 
12.5 
28 
28 
50 
28 
28 
28 
50 



211-07 

211-07 

211-07 

TO-60 

145A07 

145A-08 

211-07 

21104 

21104 

307-01 



Chain 13 - 28 V, 2-30 MHz 

Merchant ships/ Land base stations/Government vehicles/ 
Marine base stations 



Chain 14 - 50 V, 2-30 MHz 

Commercial ships/Military base stations 





4-57 



RF TRANSISTORS AND MODULES (continued) 



Device 


Output Power 


On 

Power Gain 


Supply Voltage 








Type 


Watts 


dBMin 


Volt* 


Package 






106 -175 MHz, VHF AM TRANSISTORS 








2N3866 


1 


10 


28 


TO-39 






2N3553 


2.5 


10 


28 


TO-39 






2N5641 


7.0 


8.4 


28 


144B-04 






2N5642 


20 


8.2 


28 


145A07 






2N5643 


40 


7.6 


28 


145A07 






2N6166 


100 


6.0 


28 


21110 






225-400 MHz, UHF AM TRANSISTORS 




MRF509 


1.0 


10 


28 


207A01 






2N3866 


1.0 


10 


28 


TO-39 






MRF313 


1.0 


16(Typ) 


28 


305-01 






MRF313A 


1.0 


16 (Typ) 


28 


305A-01 






MRF5174 


2.0 


12 


28 


244-04 






2N5635 


2.5 


6.2 


28 


144B-04 






MRF5175 


5.0 


11 


28 


24404 






2N5636 


7.5 


5.7 


28 


144B-04 






MRF304* 


10 


9.0 


28 


27806 






MRF5176 


15 


10 


28 


24404 






2N5637 


20 


4.6 


28 


145A-07 






MRF5177 


30 


6.0 


28 


215-01 






MRF5177A 


30 


6.0 


28 


145A-07 






MRF305* 


30 


8.0 


28 


27806 






MRF306" 


60 


8.0 


28 


27806 






• Cont'Olled "0" t'anmtor. Set EB 19 Gold meMlli*»tion, doubt* mitchod controlled 


"Q" trmsittor. S«* EB 26. EB-19 
















\(*WM4 










Chain 15 - 28 V, 400 MHz 


r r 






Chain 16 - 28 V, 400 MHz 






Fixed/Mobile/Aircraft radio 


f 






Aircraft radio 










•V 






WHI74 <mv.l% 1*1)06 






■m 








K N 










/■ 


JV 




UflNM 




«*m^ 


\ 


^i K w ntmr 






• 


rau mm 

K k 


r 




$ 


/T. 




w 


/ 


■V 






o«-(J 


)h 






1 


C 

\ r 


%»• <*m 


r / if 








r f 

■ 


i> 


J 


4 


r 














/ 




r wik* 
















\WfX* 














A 


^ 














[ 


f 

\ r 














"» 


>9 










if wu« 











4-58 



RF TRANSISTORS AND MODULES (continued) 



Power Varactor Multipliers 



Motorola's line of step-recovery multipliers represents a selection of frequency doublers and triplers. Out- 
put capabilities range from 15 watts at 450 MHz to 2 watts at 6 GHz. The table is arranged in order of decreas- 
ing output frequency. 



Device 


GHz 


P„, Min 


*in 


P-. 






Type 


Watts 


GHz 


Watts 


Package 




1N5155A 


6.0 


2.0 


2.0 


5.0 


46 




1N5155 


6.0 


2.0 


2.0 


5.0 


46 




MV1809C1 


2.0 


14.5 


1.0 


25 


47 




1N5153 


2.0 


6.0 


1.0 


12 


47 




1N5153A 


2.0 


7.2 


1.0 


12 


47 




1N5150A 


1.0 


25 


0.5 


37 


47 




MV1807J1 


1.0 


25 


0.5 


37 


44 




1N5150 


1.0 


24 


0.5 


37 


47 




1N5149 


1.0 


U 


0.5 


20 


47 




1N4388 


1.0 


11 


0.5 


20 


44 




MV1805C 


0.75 


26 


0.25 


40 


47 




MV1805J 


0.75 


26 


0.25 


40 


44 




1N4387 


0.45 


15 


0.15 


30 


44 





UHF and Microwave Oscillators 

The transistors listed below are for UHF and microwave oscillator applications as initial signal sources or 
as output stages of limited range transmitters. Devices are listed in order of increasing test frequency. 





Test Conditions 


P~. 


f. 






Device 


f 


Vcc 


mWTyp* 


MHz Typ' 






Type 


MHz 


Volts 


Min 


Min 


Package 




2N3866 


400 


15 


1000 


500 


T039 




2N5179 


500 


10 


20 


900 


TO-72 




2N2857 


500 


10 


30 


1000 


TO- 7 2 




2N3839 


500 


6.0 


30 


1000 


TO-72 




MM8009 


1680 


20 


200 


1000 


TO-39 




2N5108 


1680 


20 


300 


1200 


T039 




MRF905 


1680 


20 


500* 


2200* 


T046 





Low-Noise Transistors 



The low-noise devices listed are produced with carefully controlled r„' and f, to optimize device noise perform- 
ance. Devices listed in the matrix are classified according to noise figure performance versus frequency. 



NF 

dB 


FREQUENCY MHz 


Polarity 




60 


100 


200 


450 


1000 


2000 




1.5 


2N5829 
2N5031 


2N5829 
2N5031 


MRF904 








PNP 
NPN 




2.0 


2N4957 
2N5032 


2N4957 
2N5032 


2N5829 
2N5031 


MRF904 


MRF901 




PNP 
NPN 




2.5 


2N4958 
2N5032 


2N4958 
2N5032 


2N4957 
2N5032 


2N5829 
2N5031 


MRF901 




PNP 
NPN 




3.0 


2N4959 
2N2857 


2N4959 
2N2857 


2N4958 
2N5032 


2N4957 
2N5032 


2N5829 
MRF901 


MRF901 


PNP 
NPN 




3.5 


2N4959 
2N5179 


2N4959 
2N5179 


2N4959 
2N2857 


2N4958 
2N5032 


2N4957 
2N5031 




PNP 
NPN 




4.0 


2N4959 
2N5179 


2N4959 
2N5179 


2N4959 
2N5179 


2N4959 
2N2857 


2N4958 
2N5031 




PNP 
NPN 




4.5 


2N4959 
2N5179 


2N4959 
2N5179 


2N4959 
2N5179 


2N4959 
2N2857 


2N4959 
2N5032 




PNP 
NPN 





4-59 



RF TRANSISTORS AND MODULES (continued) 






General-Purpose Amplifier Transistors 

The behavior of f, as a function of l c is critical in most Class A amplifier applications. The devices listed in 
the matrix form below are classified according to f, versus l c . 



GHz 
Min 






COLLECTOR CURRENT mA 






Polarity 






2.0 


5.0 


10 


20 


50 


100 


200 


5.0 








MRF911 


MRF691 






NPN 


4.5 








MM4049 
MRF901 








PNP 
NPN 


4.0 






MM4049 
MRF901 


MM4049 
MRF901 


MRF961 




PNP 

NPN 


3.5 




MM4049 
MRF901 


MM4049 
MRF901 


MM4049 
MRF901 


MRF961 






PNP 

NPN 


2.5 


MRF901 


MRF901 


2N5835 


2N5835 


2N5836 






PNP 
NPN 


2.0 




2N5031 


2N5841 


2N5841 


2N5836 


2N5837 


2N5837 


PNP 
NPN 


1.5 


2N5031 


2N4957 
2N3960 


2N6304 


2N6304 


2N5583 
2N5943 


2N5583 
2N5109 


2N5837 


PNP 
NPN 


1.2 


2N4957 


2N4959 
2N2857 


2N6305 


2N6305 


2N5583 
2N5943 


2N5583 
2N5109 


2N5583 


PNP 
NPN 


1.0 


2N5179 


2N5179 


2N2857 


2N5583 
2N5943 


2N5160 

MM8001 


2N5160 
2N5108 


2N5583 


PNP 
NPN 


0.8 


MRF502 


MRF502 


MRF502 


2N5160 
2N3866 


2N5160 
2N3866 


2N5160 
2N4428 


2N5583 


PNP 
NPN 


0.6 


MRF501 


MRF501 


MRF501 


2N3866 


2N4073 


MM4019 
2N3553 


MM4019 
2N3553 


PNP 
NPN 


0.5 








MRF532* 
MRF531" 


MRF532" 
MRF531'* 






PNP 
NPN 



BVmo -= 80 Vdc "BVcio - 100 vdc 



CATV, MATV, and Class A Linear Transistors 

The devices listed below are excellent for Class A linear CATV/MATV applications. The new MRF511 
is gaining wide industry acceptance. The devices are listed according to increasing Current-Gain (f T ). 
More information concerning the device for your specific linear design needs can be obtained through 
your local Motorola Sales Office or Motorola distributor. 



Device 
Type 


Nominal 

Test 

Conditions 

Vd/lc 

Volts/mA 


f. 
MHz 
Min 
Typ° 


Noise Figure 


Distortion Specification 


t 


Package 


Max or / Fteq. 
Typ" / MHi 


2nd 
Order 
IMD 


3rd 
Order 
IMD 


12 ch. 
Cross- 
Mod. 


Output 
Level 

dbMV 


MRF501 


6/2-5 


600 


4.5V200 










T072 


MRF502 


6/2-5 


800 


4.0V200 










T072 


2N5179 


6/1.5-2 


900 


4.5/200 










1072 


BFY90 


5/2 


1000 


5.0/500 










T072 


2N6305 


5/2-10 


1200 


5.5/450 










T072 


BFX89 


— 


1200 


6.5/500 










T072 


2N5109 


15/10-50 


1200 


3.0"/200 










T039 


2N5943 


15/30-50 


1200 


6.8" /200 


-50 




-42 


-r50 


T039 


2N6304 


5/2-10 


1400 


4.5/450 










T072 


MRF511 


20/5080 


1500 


7.3" /200 


-50 


-65 


-57 


+ 50 


1440-04 


MRF517 


15/25-60 


2200 


7.5/300 


-60 


- 72 


-57 


+45 


T039 


MRF519 


20/5080 


2200 


8.0/300 


-50 


-68 


-57 


+50 


T039(l) 


BFR90 


10/14 


5000- 


2.4°/ 500 










302 


BFR91 


5/35 


5000° 


1.9°/500 










302 


BFR96 


10/50 


5000" 


3.3V500 










302 



<1) Grounded Emitter T039 (Case 7905) 



4-60 



RF TRANSISTORS AND MODULES (continued) 

Hybrid Amplifier Modules 

The Hybrid Modules listed are specified for amplifier applications in CATV distribution equipment but 
are applicable wherever broadband (HF/VHF) low distortion, low-noise amplification is required. These 
devices can also be used for Broadband Medium Power (0.5 W) Driver Amplifiers. 



CATV HYBRID MODULES 



Device 
Type 


Gain 
40-300 MHz 

Mln/Typ 


Maximum Distortion Specifications 


Noise Figure 




Oulpul 
Level 
Notel 
dBmV 


2nd Order Test 
Note 2 
/Frequency 
dB / MHz 


3rd Order Test 
Note 2 
/ Frequency 
dB / MHz 


Cross-Modulation 

/ No. of 

dB / Channels 


@ 

300 MHz 

dB 




MHW559 


15.5/16 


+ 50 


-64/chs(2+13) 
@chR 


-70/chs(4 + 5+A) 
@chR 


-54/21 


8.5 




MHW562 


15.5/16 


+50 


-69/chs(2 + 13) 
@ch R 


-78/chs(4 + 5 + A) 
@chR 


-57/21 


10 




MHW570 


16/16.7 


+50 


-64/chs(2 + 13) 
@chR 


-76/crs (4 + 5+A) 
@chR 


-54/30 


7.5 




MHW572 


16/16.7 


+ 50 


-70/chs(2+13) 
(BchR 


-79/chs(4-5 + A) 
(gchR 


-57/30 


9.0 




MHW580 


33/34 


-r48 


-65/chs(3+M) 
@chW 


-72/chs(U*V+W) 
@chW 


-57/35 


7.0 





Notes: 

1 . 1.0 Millivolt Referenced to 75 Ohms. 

2. Channel Frequency 

ch 2 = 55 MHz. ch 3 = 61 MHz. eh 4 m 67 MHz. ch 5 = 77 MHz. ch A = 121 MH2, 
eh 13 = 21 1 MHz, ch M = 325 MHz, ch R - 265 MHz. ch U = 283 MHz. 
ch V = 289 MHz. ch W = 295 MHz. 



NF = S.5 dB 



Chain 17 - CATV 

GAIN ~ 30 dB 140300 MHz) 
MHW559 ACC MHW562 

Line extender amplifier 



+ 50d8mV 



Chain 18 - CATV 

GAIN - 32 dB (40-300 MHz) 
MHW570 AGC MHW572 



Nf - 8.5 dB 



000*-— 



dBmV 



Trunkline amplifier 


















4-61 



RF TRANSISTORS AND MODULES (continued) 

ENGINEERING BULLETIN ABSTRACTS 



EB^ - "HOW TO APPLY THE MHW709 AND MHW710 UMF 
POWER MODULES" 

Discusses gain control, decoupling, source and load impedance, 
load mismatch and other operating conditions important to the 
effective use of the MHW7O9/710 series modules. 

EB-9 - "BUILD THESE CLASS E CITIZENS BAND AMPLIFIERS" 
Sufficient information is provided to build an amplifier/low pass 
filter using the MRF207/208 chain and providing 10 W at 225 MHz 
at the filter output. Use of the MRF225/226 chain in this circuit 
will provide 13 W. 

EB-17 - "SIMPLE VHF BROADBAND DESIGN USES CQ 
TRANSISTOR LINEUP" 

The fixed-tuned amplifier for the 132175 MHz band described 
provides 40 W at 12.5 V from a 1.0 W input using the MRF216/ 
MRF221 transistor chain. 

EB-18 - "CQ MODULAR TECHNIQUES MAKE 45 WATT UHF 
AMPLIFIER PRACTICAL" 

Provides construction information for a practical 45 W. 12.5 V 
UHF amplifier which uses a power module/transistor lineup. Line- 
ups for outputs of 25 W and 35 W are also specified. 

EB-19 - "CONTROLLED-Q RF TECHNOLOGY - WHAT IT MEANS. 
HOW ITS DONE" 

How high frequency energy is efficiently transferred from a signal 
source to the control element in Motorola's Controlled-Q transis- 
tors is explained. 

EB-23 - "HOW TO APPLY THE MHW601/602 VHF POWER 

MODULES" 

Discusses operation and testing considerations that should be 

followed to use the MHW601/602 VHF power modules to the best 

advantage. Gain control, decoupling, source and load impedances 

and load mismatch are treated and instructions for building a test 

fixture are also provided. 

EB 25 - "FOUR BUILDING BLOCK AMPLIFIERS FOR 900 MHz 
COMMUNICATIONS" 

Describes the use of a family of four 50 ohm amplifiers for the 
900 MHz band to build amplifier chains with up to 50 W output 
from as little as 50 mW Input. 

EB-26 - "A METALLIZATION SYSTEM FOR UHF AND 
MICROWAVE POWER TRANSISTORS" 

The metallization system described overcomes the limitations of 
aluminum under high current density conditions. Justification of 
the choice of metals for the system is provided in the discussion. 



EB-27 - "GET 300 WATTS PEP LINEAR ACROSS 2 TO 30 MHz 
FROM THIS PUSH-PULL AMPLIFIER" 

Provides information sufficient to build a push-pull linear ampli- 
fier with 300 watts of PEP or CW output power across the 2 to 30 
MHz band. MRF422, a new high power transistor developed foi 
single sideband applications, is used in the design. 

EB-29 - "THE COMMON EMITTER TO-39 AND ITS ADVANTAGES" 

Motorola's small signal package innovation — the common emitter 
TO-39 — offers designers significant improvements in gain and 
thermal performance. EB-29 explains how. 

EB-31 - "PERFORMANCE OF THE MHW560 SERIES OF CATV 
AMPLIFIER MODULES IN 50 OHM SYSTEMS" 

The high gain, wideband linear characteristics of the MHW560 
series of CATV amplifier modules suit them for use as low-level 
drivers in communications applications. EB-31 provides typical 50 
ohm data and describes the test circuit with which the character- 
izations were derived. 

EB-32 - "A COMPLEMENTARY SYMMETRY AMPLIFIER FOR 2 
TO 30 MHz WITH SSB DRIVER APPLICATIONS" 
The complementary symmetry amplifier discussed combines push- 
pull design with single ended impedance matching and high gain 
from Motorola's MRF432/433 transistors to provide up to 25 W 
PEP for 2 to 30 MHz SSB driver applications. Adequate information 
for constructing the circuit is included. 

EB-37 - "AMPLIFIER GAINS 10 d8 OVER NINE OCTAVES" 
Discusses an amplifier, based on the MRF901 transistor, which 
exhibits a nominal gain of 10 dB over nine octaves of bandwidth. 
Sufficient information to build the amplifier is provided. 

EB 38 - "MEASURING THE INTERMODULATION DISTORTION 
OF LINEAR AMPLIFIERS" 

The two standard methods of measuring the intermodulation dis- 
tortion of linear amplifiers and three systems for generating the 
required two-tone test signal are discussed. 

EB46-"A SINGLE-DEVICE, 80-WATT. 50-OHM VHF AMPLIFIER" 
EB-46 describes the design and construction of an amplifier using 
a single. MRF245, internally-matched transistor and providing 80 
Watts with 9.5 gain across the 143 to 156 MHz band from just 8 W 
drive. Modifications of the basic amplifier for operation across 
wider bands are also discussed. 

EB-53— "TWO VHF HIGHBAND GAIN BLOCKS FORM 20 dB, 
30 WATT AMPLIFIER CHAIN" 

EB-53 describes an amplifier chain designed for use in a communi- 
cations radio for the VHF marine band that can be adapted to both 
amateur and low-cost commercial usage. Built from MRF237. a 
4 Watt common-emitter TO-39 transistor and MRD238. a 3030 
Watt device, the amplifier chain provides 20 dB of gam over any 
10 MHz portion of the VHH Marine/Amateur/Commercial band. 



APPLICATION NOTE ABSTRACTS 



AN-555 - "MOUNTING STRIPLINE-OPPOSED-EMITTER (SOE) 
TRANSISTORS" 

The basic construction of the Stnplinc Opposed -Emitter package 

used for many RF power transistors is described. Methods of 

mounting and heat-sinking both stud and flange type packages 

are described. 

AN-593 - "BROADBAND LINEAR POWER AMPLIFIERS USING 

PUSH-PULL TRANSISTORS" 

Two solid-state linear power amplifiers are discussed. One provides 

160 watts while operating from a 28 volt supply and the other 

provides 80 watts from a 12.5 volt supply. 

AN-595 - "25 WATT AND 10 WATT VHF MARINE BAND 

TRANSMITTERS" 

Design, performance and construction information are provided 

for two power amplifiers suitable for VHF marine band (156-162 

MHz) applications. Rated power output levels are 25 watts and 

10 watts. 

AN-704 - "BROADBAND NETWORK DESIGN FOR UHF 

AMPLIFIERS" 

A practical method to synthesize breadboard matching networks 

for UHF power amplifier using only a set of filter design tables and 

a standard Smith chart is developed. 



AN-721 - "IMPEDANCE MATCHING NETWORKS APPLIED 

TO RF POWER TRANSISTORS" 

Thit note covers the basics of interstage and output impedance 

matching of RF power transistors. Graphical and numerical methods 

of solution are clearly described, along with sample problems. 

Photos, schematics and charts are generously provided throughout 

AN 728 - "13 WATT MICROSTRIP AMPLIFIER FOR 220-225 
MHz OPERATION" 

Design, performance and construction information are provided 
for a 12.5 volt. FM transmitter power amplifier and low pass filter. 
MRF225 and MRF226 RF power transistors are utilized in the two- 
stage amplifier to achieve 13 watts of power output to the filter 
from approximately 125 mW of drive at 225 MHz. Economical 
dipped-mica capacitors, microstrip lines and eyelet construction 
have been employed. 



AN- 749- "" BROADBAND TRANSFORMERS AND POWER 
COMBINING TECHNIQUES FOR RF" 

This Application Note discusses broadband transformers for RF 
power applications. Practical examples are given with performance 
data and power combining techniques are discussed in detail. 



4-62 



RF TRANSISTORS AND MODULES (continued) 




CASC IM0O5 



CASf 30301 



PACKAGE INFORMATION 

Silicon High Frequency products are available in a variety of packages for 
many applications. Information on devices in non-standard packaging 
may be obtained through your local Motorola Sales Office or 
Motorola distributor. 



4-63 















4-64 



HUMMaMfPim^ 




... and Other VHF/UHF Devices 

The age of electronic tuning and frequency control is here! Mechanical tuning systems are being outdated by 
the following advantages of electronic tuning systems: 

• Mechanical linkage and contacts are eliminated. 

• Channel or station changes can easily be made by push button, continuous tuning, 

signal search or sweep methods. 

• Faster response time 

• Remote tuning is simplified 

• Tuning components are much smaller than mechanical components 

• The designer is released from the mechanical and size restrictions dictated by mechanical 

tuning methods 
Three parameters are of prime consideration in choosing the proper tuning diode. 

Cy - Nominal capacitance - Measure of the capacitance at one specified voltage 

Cr - Capacitance ratio - Ratio of the capacitance at two separate voltages usually at the operating 
ends of the CV curve. Measure of the magnitude of capacitance change 
as the reverse voltage is varied across the operating range. 

Q — Figure of Merit — The same figure of merit that is widely used for capacitance and coils and 
is an indicator of how "good" a capacitor the tuning diode is. 

These parameters are highlighted in the following selector guide and organized by package style to permit 
selection of the required specifications and package. 

TABLE OF CONTENTS 

Page 

Epicap Tuning Diodes . . . designed for electronic tuning and control applications 4-66 

PIN Switching Diodes . . . designed for VHF band switching and general-purpose switching. . . 4-72 
Hot-Carrier Diodes . . . ideal for VHF and UHF mixer and detector applications as well as • • ■ 4-72 
many higher microwave frequency applications 



The following index 


reflects the devices characte 


rized in this section. 


To locate the exact page number. 


see Catalog IndexIPage 7-1 ). 










INDEX 
























1NS139.A 


1N6462A 


MBI 101 




MV1622 


MV18630 


MV2113 




1NS140.A 


1N5463A 


MPI 3401 




MV1624 


MV1864D 


MV2114 




1N5141.A 


IN 5464 A 


MPN3401 




MV1626 


MV18650 


MV2115 




1N5142.A 


1N5465A 


MPN3402 




MV1628 


MV1866 


MV3102 




1N5143.A 


IN 5466 A 


MPN3411 




MV1630 


MV1866D 


MV3103 




1N5144.A 


1N5467A 


MPN3412 




MV1632 


MV1868 


MV3104 




1N5145.A 


1N546BA 


MV104 




• MVI634 


MV1E68D 


MV3105 




1N5146.A 


1N5469A 


MV104G 




MV1636 


MV1870 


MV3106 




IN5147.A 


1N5470A 


MV109 




MV1638 


MV1870O 


MV3107 


1N5148.A 


1N5471A 


MV209 




MV1640 


MV1B71 


MV3140 




1N5441A 


1N5472A 


MVB30 




MV1642 


MV1872 


MV3141 




1NS442A 


1N5473A 


MVB31 




MV1644 


MV1874 


MV3142 




1N5443A 


1N547BA 


MV832 




MV1646 


MV1876 


MVAM1 




1N5444A 


1N5476A 


MV833 




MV1648 


MV1B77 


MVAM 2 




1N5445A 


BB10BA 


MV834 




MV16B0 


MV1878 


MVI 2097 




1N5446A 


BB105B 


MVB3S 




MV16B2 


MV2101 


MVI2098 




1N5447A 


BBI05G 


MV836 




MV16S4 


MV2102 


MVI. 2099 




1N5448A 


MBDI01 


MV837 




MV1656 


MU2103 


MVI-2100 




IN 5449 A 


MBD102 


MV838 




MV1658 


MV2104 


MVI-2101 




1N5450A 


MBO103 


MVB39 




MV1660 


MV2105 


MVI-2102 




1N5451A 


MBD201 


MV840 




MV1662 


MV2107 


MVI2103 




1NS4S2A 


MBD301 


MV1401 




MV1664 


MV2108 


MVI-2104 




1N6453A 


MBD501 


MV1403 




MV1666 


MV2109 


MVI2105 




1N5455A 


MBOB02 


MV1404 




MV18S8D 


MV21I0 


MVI. 2106 




1N5456A 


MBO701 


MV140S 




MV1860O 


MV21I1 


MVI-2107 




1N5461A 


MBD702 


MVI620 




MV1862D 


MV2112 


MVI- 2108 
MVI 2109 





4-65 



EPICAP TUNING DIODES 





P 


• LOW CAPACITANCE 

• MICROWAVE OPERATION 

• MICROWAVE PACKAGE 

• HIGH 


• HIGH 

• CAP A 

1C 


Q 




. HIGH 



• CON1 


Q GUARANTEED 


• THE PREMIUM GLASS 




LINE 
HIGHLIGH1 


CITANCE TOLERANCE 
Hi and 8.0% 


4.0 V 
ROLLED TR 


LINE 

• VERY HIGH Q 

• GUARANTEED HIGH TR 

• CAPACITANCE TOLER- 

ANCE 10%5.0% and 
2.0% 










MAXIMUM WORKING VOLTAGE 60 VOL 


TS 






4 

Case 45 


Case 51 
DO-7 


Case 51 

DO 1 


Case 51 
DO-7 






Cap 

Ratio 
4*0 V 

Min 


Q 
©4.0 V 

100 MH; 
Min 


Davie* 
Typa 


Cap 

Ratio 

4*0 V 

Min 


Q 

©4.0 V 

SO MHz 

Min 


(11 

D.vic. 
Type 


Cap 
Ratio 
I4MV 

Min 


Q 
©4.0 V 
50 MHz 

Min 


Device 
Type 


Cap 

Ratio 

2-30 V 

Min 


o 

©4.0 V 

50 MHz 

Min 


(2) 

Device 
Type 




c T 

NOMINAL 

CAPACITANCE 

pF 

:10% 

© 

V R = 4.0 V 

= 3.0 V* 
f= 1.0 MHz 


1.0 


2 1 


350 


MV 18580 






















2.2 


2 5 


350 


MC1860D 






















3.3 


2.6 


300 


MC1862D 






















4.7 


2.6 


300 


WV1863D 






















6.8 


2.7 


300 


MV1W40 


2.7 


350 


1N5139.A13) 








2.7 


600 


1N5461A 




8.2 


2.7 


300 


VV I865D 














. B 


600 


1N5462A 




10 


2.8 


250 


MV1866D 


2.8 


300 


IW5 140.A 


3 


500 


MV1866 


2.8 


550 


1N5463A 




10 




























10 




























12 


2.8 


200 


MV1868D 


2 H 


300 


IN5 14 1.A 


3.0 


500 


MV1868 


: c 


550 


1N5464A 




IS 


2.8 


200 


MV1B70D 


2.8 


250 


1N5142.A 


3 


400 


MV1870 


2.8 


550 


1N5465A 




18 








2 a 


250 


IN5143.A 


3 


400 


MV1871 


2 9 


600 


1N5466A 




20 




















2 9 


500 


1N5467A 




22 








3.2 


200 


1N5144.A 


3.2 


400 


MV1872 


2.9 


500 


1N5468A 




22 




























27 








3.2 


200 


1N5145.A 


3.2 


300 


MV1874 


2.9 


500 


1N5469A 




33 








3.2 


200 


1N5146.A 


3 2 


300 


VV1876 


2.9 


500 


1N54 70A 




39 








3.2 


200 


1N5147.A 


3 2 


300 


VV1877 


2.9 


4 50 


1N5471 A 




47 








3.2 


200 


1N5148.A 


3.2 


300 


MV1878 


2.9 


400 


1N5472A 




56 




















2.9 


300 


1N54 73A 




68 




















2.9 


250 


1N5474A 




82 




















2.9 


225 


ir-J5J7S.A 




100 




















29 


200 


1N54 76A 




120 




























150 










• 


















180 




























200 




























220 




























250 




























270 




























330 





























(11 Add Suffix "A" for =5.0% C T tolerance 

(21 Substitute "8" Suffix for :5.0% C-r, "C" Suffix for 2.0% Ct 

(31 A versions of 1N5139 - 1N5148 series have tighter capacitance mln/max windows. 



4-66 
























* 












• HIGH Q 

• CAPACITANCE TOLERANCE 

1094.5.0% «nd 2.0% 

• CONTROLLED 


• PLASTIC PACKAGE 

• LOW-COST, HIGH VOLUME 


• GENERAL PURPOSE 


• LOW INDUCTANCE 

• MINI. L PACKAGE 




30 VOLTS 






J 

Case 51 
DO-7 


/ 

Case 182 


Case 51 
DO-7 


J* 

Case 226 






Cap. 
Ratio 
2-30 V 

Min 


a 

©4.0 V 

50 MHz 

Min 


Device 
Type 


Cap 

Ratio 

2 30 V 

Min 


a 

S4.0V 

50 MHz 

Min 


Device 
Type 


Cap 
Ratio 
4-26 V 

Min 


0. 

S4.0V 

SO MHz 

Min 


Device 
Typa 


Cap 

Ratio 

3-25 V 

Min 




»?3j3V 

60 MHz 

Min 


Device 

Typa 






























1.0 


NOMINAL 

CAPACITANCE 

pF 

110% 

■ 

Vp.-4.0V 

= 3.0 V 

1 = 1.0 MHz 




























22 




























3.3 




























4.7 




2.5 


•150 


1N5441A 


2.5 


450 


MV2101 














6.8 




2.5 


450 


1N5442A 


2.5 


450 


MV2102 














8.2 




2.6 


400 


1 \ 5443 A 


2.5 


400 


MV2103 








4 5 


150 


M V 3 1 4 ■ 


10 






















4 


150 


MV3141- 


10 






















3.5 


50 


MV314S 1 


10 




2.6 


400 


1N5444A 


2.5 


400 


MV2104 














12 




2.6 


400 


1N5445A 


2.5 


400 


MV2105 




JO 


MVB30 








1? 




2.6 


350 


1N5446A 


2.5 


350 


MV2106 


1 s 


25 


MVS31 








19 




2.6 


350 


1N5447A 




















20 




2.6 


350 


1N5448A 


2.5 


350 


MV2107 


1 .'! 


25 


MV832 


4.5 


300 


MV3102- 


22 






















4 


200 


MV3103" 


22 




2.6 


350 


1M5449A 


2.5 


300 


UV2108 


1 8 


25 


VV833 








27 




2 6 


350 


1N5450A 


2.5 


200 


VV2109 


1 9 


20 


MV834 








11 




2.6 


300 


1 N 54 5 1 A 


2 5 


150 


MV2110 


1.9 


20 


MV835 








■ 




2.6 


250 


1N5452A 




150 


MV21 1 1 


1.9 


15 


MV836 








47 




2.6 


200 


IN 54 53 A 


2.6 


150 


M V 7 1 • 7 


1.9 


15 


MV837 








M 




2.7 


175 


1N5454A 


2.6 


150 


MV2113 


2.0 


15 


V.V838 








Bfl 




2.7 


• 7 7 


1N5455A 


2.6 


100 


M V 2114 


2 


10 


V1V839 








aa 




2.7 


175 


1N5456A 


2.6 


100 


MV2115 


2.0 


10 


VV840 








100 






































































































































































































































"Hyper Abrupt 



4-67 



EPICAP TUNING DIODES (continued) 



LINE 
HIGHLIGHTS 



-high a 

• IDEAL FOR RF AND 
MICROWAVE 
APPLICATIONS 



• CONTROLLED AND UNI- 

FORM TUNING RATIO 

• CAPACITANCE TOLER- 
ANCE 10% 

• MICRO-MINIATURE 

PACKAGE 



MAXIMUM WORKING 
VOLTAGE 



30 VOLTS 



J* 



Case 226 



Cip 
Ratio 
2-30 V 

Min 



Q 
©4.0 V 
100 MHz 

Min 



Device 
Type 



Case 166-02 



C»p 

Ratio 

2-30 V 

Min 



Q 

9 4.0 V 

100 MHz 

Min 



Device 
Type 



C T 

NOMINAL 

CAPACITANCE 

pF 

•10% 

& 

V R - 4.0 V 

- 2.0 V* 

- 1 .0 V • 
f- 1.0 MHz 



1.0 



2.2 



4.7 



G.8 



8.2 



12 



15 



13 



20 



22 



27 



S3 



38 



•17 



M 



G8 



82 

1001 

120 

150 

180 

200 

220 

250 

270 

330 

660 



' Motorola hascapabitity to supply a variety of families In tho Micro-I. If the device desired is not listed - 
please contact your nearest distributor or Motorola Sales Representative. 



4-68 





























• GENERAL PURPOSE 


• HIGH CAPACITANCE 

• GENERAL PURPOSE 


• HYPER ABRUPT 

• GLASS DIODES 






20 VOLTS 


12 VOLTS 






Case 51 
DO-7 


/ 

Case 146 
00-14 


Case 51 
DO-7 




Cap 

Ratio 

2-20 V 

Min 




©4.0 V 

BO MHz 

Min 


Device 
Type 


Cap 
Ratio 
2-20 V 

Min 



©4.0 V 
20MH1 

Min 


Device 
Type 


Cap 

Ratio 

2-10 V 

BM0V 

Min 


Q 
• 2.0 V 
1.0 MHi 

MIn 


Davie* 
Type 


























1.0 


c T 

NOMINAL 

CAPACITANCE 

pF 

iMN 

• 

V R - 4.0 V 
■ 2.0 Vt 
-1.0 V 

1 - 1.0 MM/ 

• 
























2.2 
























3.3 
























4.7 






2.0 


.100 


MV1620 














6.8 






2.0 


300 


VV 1022 














8.2 






2.0 


.100 


:■': ■-...!■. 














10 






2.0 


300 


VV IG26 














12 






20 


L 250 


VV :„.::>. 














15 






2.0 


250 


MV1630 














18 






2 


250 


M V 1 6 3 2 














20 






2.0 


250 


V V 1 6 :< .: 














22 






2.0 


200 


MV 1635 














27 






2.0 


.'00 


MV1638 














33 






2.0 


2 oo 


MV 1640 














36 






2.0 


200 


MV1642 














47 






2 


150 


MV 1644 














56 






2.0 


150 


MV1646 














68 






2 


150 


v . u,.:~ 














82 






2 


150 


MV1650 














100 












26 


250 


MV16S2 


10 


200 


MV1404* 


120 












2.6 


250 


MV 1664 


10 


200 


MV1403I 


150 












2.6 


200 


MV1656 








160 












26 


200 


MV1658 








200 












-' 6 


150 


MV1660 








220 












2.3 


150 


MV 1662(3} 


10 


200 


VV 'dO'ji 


250 










2.3 


100 


MV1664(3I 








Z70 












2.3 


100 


MV1666>'3> 








330 


















'■1 


200 


--MV1401I 


660 








4-69 



FM Radio and TV Hyper-Abrupt Tuning Diodes 

. . . designed for use in VHF ind UHF tuners and FM radio, providing solid-state reliability in replacement of mechanical 
tuning methods. 



r 


7 






























LINE 
HIGHLIGHT 


• HIGH a 

• GUARANTEED CAPACI- 

TANCE RANGE 


• LOW INDUCTANCE 

• MINI-L PACKAGE 


• GUARANTEED MINIMUM 



• LOW INDUCTANCE 

.MINI L PACKAGE 


• HIGH a 

• CONTROLLED TR 

• LOW INDUCTANCE 

• MINI-L PACKAGE 


• HIGH a 

• CONTROLLED T 

• LOW INDUCTAN 

• MINI-L PACKAG 


i 


MAXIMUM WORKING 
VOLTAGE 32 VOLTS 


30 VOLTS 




/ 

Cne 29-02 
TO-92 




AT 
Caa22B 




Cap 
Ratio 
3-30 V 
Min 


Q 
• 34V 

100 MHi 

Min 


David 

Typa 


Cap 
Ratio 
3-28 V 

Min 


a 

• 3.0 V 

100 MH I 
Min 


D...C 
Typa 


Cap 
Ratio 

HIV 

Min 


o 

• 3.0 V 
100 MHi 

Mm 


Davka 
Typa 


Cap 

Ratio 
3-26 V 

Mm 


Q 
• 34 V 

50 MHi 
Min 


D.VIC. 

Typa 


Cap 
Ratio 
3 28 V 

Min 



• 34V 
GO MHi 

Min 


CT 

NOMINAL 

CAPACITANCE 

pl= 

:10K 
V„ - 3.0 Vdc 
1- 1.0 MHi 


2.2* 








4 5 


225 


BB105B 


















2.3- 








« 


150 


BB105G 


















2.6* 








4.0 


225 


BB105A 


















10 














.-. 5 


150 


MV3140 












10 














■-. J 


150 


■.". 314 1 












10 














3 b 


50 


*'v:ii.'.; 












22 




















4.5 


300 


v ... -c: 






22 




















J 


200 


MV3103 






29 


























SO 


280 • 


29 


























5 


200 > 


36 


2.5 


100 


MV 104G 
























40 


2.5 


100 


'.". 10-1 

























•Vr - 28 V lo> C T 






4 70 









AM Tuning Diodes 



. . . designed for electronic tuning of AM radios, receivers, and general AM 
frequency control. 






LINE 
HIGHLIGHTS, 



NOMINAL 

CAPACITANCE 

P»= 

= 10% 

V R = 1.0 V 

f » 1.0 MHz 



330 



450 



• HIGH CAPACITANCE 

RATIO 

• GUARANTEED DIODE 

CAPACITANCE 



I HIGH CAPACITANCE RATIO 
• GUARANTEED DIODE 
CAPACITANCE 



MAXIMUM WORKING 
VOLTAGE 



28 VOLTS 



/ 



CASE 2902 
TO-92 



Cap 
Ritio 
1-2SV 
Min 



15 



Q 

t' 1.0 V 

1.0 MH: 

Min 



ISO 



Device 

Typ» 



MVAM-2 

(Dual AM 

Dioae) 



O 



CASE 206-02 



Cap 

Ratio 

1-2SV 

Min 



Q 

e i.ov 

1.0 MHz 

Min 



Davica 
Type 



MVAM-1 
(Triple AM 
Diode) 









4-71 



Hot- Carrier Diodes 

Hot-Carrier diodes are ideal for VHF and UHF mixer and 
detector applications as well as many higher microwave 
frequency applications. They provide stable electrical 
characteristics by eliminating the point-contact diode 
presently used in many applications. Motorola has the 
capability of supplying these devices in a variety of 
packages. 





V R = 0V.f- 1.0 MHz (1) 




'r 

V R -3.0V(4) 










V(BR)R 


v F 


Vr = 15V(5I 










l R -10A 


V R -15V,f-1.0MHz (2) 


l F - 10 mA 


Vr - 26 V (6) 


NF 








Volts 


VR = 20V,f = 1.0 MHz (31 


Volts 


VR-38VI7) 


dB 


Device 






Mtn 


pFMax 


Max 


AiA Max 


Max 


Type 


Case 




4.0 


1.0 (1) 


0.6 


0.26 (4) 


7.0 


MBD101 


182-02 




4.0 


1.0(1) 


0.6 


0.26(4) 


7.0 


MBD102 


226 




4.0 


1.0(1) 


0.6 


0.25 (4) 


7.0 


MBD103 


45-01 




20 


1.5 (2) 


0.6 


200 (6) 




NIBD201 


182 03 




30 


1.5(2) 


0.6 


200 (6) 




MBD301 


182-03 




50 


1.0 13) 


1.2 


200 16) 




MBD501 


182-02 




BO 


1.0(3) 


1.2 


200 (6) 




MBD502 


226 




70 


1.0 13) 


1.2 


200(7) 




MBD701 


182-02 




70 


1.0 13) 


1.2 


200 (7) 




MBD702 


226 




4.0 


1.0 ID 


0.6 


0.26 (41 


7.0 


MBI-101 


166-02 





CASE 45 


CASE 166-02 


CASE 182 


J* 

CASE 226 



Pin Switching Diodes 

designed for VHF band switching and general purpose switching. 



CASE 166-02 


J* 

CASE 226 



V (BRIR 

Ir - 10yAdc 


R S 

If- 10 mAdc 


c T 

Vr - 20 V 
f- 1.0 MHz 


f^- 250 MHz 


cc 

f= 1.0 MHz 






Volts 
Min 


Ohms 
Min 


f = 100 MHz* 
pFMax 


nH 
Typ 


pF 
Typ 


Device 
Type 


Case 


35 


0.7 


1.0 


30 


0.15 


MPI-3401 


16602 


35 


0.7 


1.0 


3.0 


0.1 


MPN3401 


226 


35 


0.6 


2.0 


3.0 


0.1 


MPN3402 


226 


25 


10 


0.45' 


3.0 


0.1 


MPN3411 


226 


25 


15 


0.45* 


3.0 


0.1 


MPN3412 


226 



4-72 





mmm 




Si 

Voltage Regulator and Reference Devices 

In every language under the sun, the name most commonly associated with 
solid-state regulator and reference devices is Motorola. A pioneer in Zener diodes 
development, Motorola has consistently led the industry in parameter improvements, 
packaging proliferation and specifications innovation. Today, Motorola serves the 
industry with an incomparable line of zener and avalanche regulator diodes, 
temperature compensated reference devices, and a host of integrated circuits designed 
to provide the exact degree of regulation required, at the point in the circuit or 
system where it can be used most conveniently at the lowest cost. 

TABLE OF CONTENTS 

Zener and Avalanche Regulator Diodes 

Silicon-oxide to provide low leakage, sharp breakover "knee" and long-term stability 

Zener Reference Devices (Temperature Compensated) 

Consist of forward-biased silicon diode junctions in series with zener-breakdown diode to provide 
precise degree of temperature compensation. Though not specified, voltage-time stability normally 
better than 100 parts per million change per 1000 hours of operation 

Special Devices 

Precision Reference Diodes 

Ultra precision voltage standards with certified voltage-time variations as low as 5 ppm per 
1000 hours of operation 

Amplifying Regulator Diodes 

Designed for use in regulated power supplies as a combination voltage reference element 
and error voltage amplifier, providing temperature compensation for excellent reference 
voltage stability 

Field-Effect Current Regulator Diodes 

Provide constant-current output over wider range of terminal voltage. Used in instrumentation 
(ramp and stair-step generators), over-current protection and other applications requiring a 
constant current between 0.22 and 4 mA (nom) 



4-77 



•4-79 



4-80 



Voltage Regulators 

High-conductance silicon diodes designed as a stable forward reference source for biasing 
transistor amplifiers and similar applications 

Current Limited Reference Devices (Temperature Compensated ) 

Designed specifically for precision instrumentation applications, this series of devices offers a 
6-35 volt (nominal) output over a wide range of input voltages and temperature 

Tuning Regulator Diodes 

For use in television and FM radios that use variable capacitance diode tuners 



Dual Diodes 

Designed for use in low cost biasing, steering and voltage doubler applications 

Transient Suppressors 

For applications requiring protection of voltage sensitive equipment against high-energy 
voltage pulses 



4-80 

• 4-80 
•4-81 

• 4-81 
4-81 

4-81 



4-82 



4-73 



ZENER DIODES (continued) 

The following index reflects the devices characterized In this section. To locate the exact page number. 



s Catalog IndexIPage 7-1 ). 



.4M.64FR10 
4M1.36FR5 
.4M1.36FR2 
.4M2.04FR5 
.4M2.04FR2 
1 M 1 1 0ZS 1 
1M120ZS10 
1M130ZS10 
1M140ZS10 
1M160ZS10 
1M180ZS10 
1M200ZS10 
1N429 
IN 746 
1N747 
1N748 
1N749 
1N760 
1N751 
1N752 
IN 753 
1N7S4 
IN7S5 
1N756 
1N757 
1N758 
1N759 
1N816 
1N821.J.TX 
1N821A 
1N823.J.TX 
IN 823 A 
1N825.J.TX 
1N825A 
1N827.J.TX 
1NS27 
1N829.J.TX 
1NB29A 
1N935 
IN 935 A 
1N935B.J.TX 
1N936 
1N936A 
1N93GB 
1N937 
1N937A 
IN9378,J,TX 
1N938 
1N938A 
IN938B,J.TX 
1N939 
1N939A 
1N9398.J.TX 
1N941 
1N941A 
1N941.B.J.TX 
1N942 
1N942A 
1N942B 
1N943 

1N943A 

1N9438.J.TX 

1N944 

1N944A 

1N9448.J.TX 

1N945 

1N945A 



1N945B.J.TX 

1N9S7 

1N968 

1N989 

1N960 

1N961 

1N962 

1N963 

1N964 

1N96S 

1N966 

1N967 

1N9G8 

1N969 

1N970 

1N971 

1N972 

1N973 

1N974 

1N975 

1N976 

1N977 

1N978 

1N979 

1N980 

1N98I 

1N982 

1N983 

1N984 

IN 985 

1N986 

1N987 

1N988 

1N989 

1N990 

1N991 

1N992 

IN1530 

IN 1530 A 

1N1735 

INI 736 

INI 736 A 

1N1737 

1N1737A 

INI 738 

INI 738 A 

IN1739 

INI 739 A 

TN1740 

INI 740 A 

1N1741 

INI 741 A 

INI 742 

1N1742A 

1N2163.A 

1N2164.A 

1N2165.A 

1N2166.A 

1N2167.A 

1N2168.A 

1N2169.A 
1N2170.A 
1N2171.A 

IN 28048, R 
1N2805&R 
1N2806&R 
IN2807&R 



IN 28088. R 
1N280S&R 
1N2810&R 
1N2811&R 
1N2813&R 
1N2814&R 
1N2816&R 
1N2818&R 
1N28198/R 
IN 28208. R 
IN 28228. R 
1N2823&R 
1N2824&R 
1N2825&R 
1N2826&R 
1N282 7SR 
1N2829&R 
1N2831&R 
1N2832&R 
IN2833&R 

1N2B34&R 

IN 28358. R 
1N2836SiR 
1N28378.R 
IN 2838a R 
1N2840S.R 
1N2841&R 
IN 28428, R 
IN 28438i R 
1N28448.R 
1N28458.R 
1N28468.R 
1N29708.R 
1N2971S.R 
1N29728.R 
1N2973S.R 
1N29748.R 
1N29758iR 
1N29V68.R 
1N2977&R 
1N2979&R 
IN 29808, R 
1N2982&R 
1N2984&R 
IN 29858, R 
1N2986&R 
IN 29888, R 
1N2989&R 
1N2990&R 
1N2991S.R 
1N2992«iR 
IN 29938. R 
IN 29968. R 
IN2997S.R 
1N29998.R 
1N3000&R 
1N30018.R 
1N3002&R 
IN 30038, R 
1N3004&R 

1N30058.R 
1N30078.R 

IN 30088. R 
1N30098jR 
1N301 ISlR 

1N30128.R 
1N3014SR 



1N3015&R 

1N3016 

1N3017 

1N3018 

1N3019 

IN 3029 

1N3021 

1N3022 

1N3023 

1N3024 

1N3025 

1N3026 

1N3027 

IN 3028 

IN 3029 

IN 3030 

1N3031 

1N3032 

IN 3033 

1N3034 

1N3035 

1N3036 

1N3037 

1N3038 

1N3039 

IN 3040 

1N3041 

1N3042 

1N3043 

1N3044 

IN 304 5 

IN 3046 

1N3047 

1N3048 

1N3049 

1N30S0 

1N3051 

1N3154.J.TX 

1N3154A 

1N3165.J.TX 

1N3155A 

1N3156.J.TX 

1N3156A 

1N3157.J.TX 

1N3157A 

1N330S&R 

1N3306&R 

1N33078.R 

IN 33088. R 

1N3309&R 

1N3310S.R 

1N331I8.R 

1N3312&R 

1N3314S.R 

1N3315&R 

1N33178.R 

1N33198.R 

1N3320&R 

IN3321&R 

1N33228.R 

1N33248.R 

1N3326&R 

1N33268.R 

1N33276VR 

1N3328&R 

1N3330&R 

1N33328.R 



1N3334/4R 
1N3335&R 
1N3336&R 
1N3337&R 
IN3338&R 
1N3339&R 
1N33408.R 
1N3342&R 
IN 33438, R 
1N3346&R 

1N3347&R 

1N3349S.R 

1N3350&R 

1N3503 

1N3504 

1N3821 

1N3822 

1N3823 

1 N3824 

IN3825 

IN3826 

1N3827 

1N3828 

1N3829 

1N3B30 

1N3993&R 

1N39948.R 

1N39958.R 

1N39968.R 

1N39978.R 

IN 39988, R 

IN 39998, R 

1N40008.R 

1N4057 

1N4067A 

1N4058 

1N4058A 

1 N4059 

1N4059A 

1N4060 

1N4060A 

1N4061 

1N4061A 

1N4062 

1N4062A 

1N4063 

1N4063A 

1N4064 

1N4064A 

1N406S 

IN4065A 

1N4066 

1N4066A 

1N4067 

1N4067A 

IN4068 

1N4068A 

1N4 069 

1N4069A 

1N4070 

1N4070A 

1N4071 

1N4071A 

1N4072 

1N4072A 

1N4073 

1N4073A 



1N4074 

1N4074A 

1N4076 

1N4075A 

1N4076 

1N4076A 

1N4077 

1N4077A 

1N4078 

1N4078A 

1N4079 

1N4079A 

1N4080 

1N4080A 

IN4081 

1N4081A 

1N4082 

1N4082A 

1N4083 

1N4083A 

1N4084 

1N4084A 

1N4085 

1N4085A 

1N4099 

1N4100 

1N4101 

1N4103 

1N4104 

1N4105 

1N4106 

1N4107 

1N4109 

1N4110 

1N4112 

1N4114 

1N4115 

1N4116 

1N4118 

1N4120 

1N4121 

1N4122 

1N4123 

1N4124 

1N4125 

1N4126 

1N4127 

1N4129 

1N4130 

IN4131 

1N4132 

1 N4 1 34 

1N4I35 

1N4370 

1N4371 

1N4372 

1N4549&R 

1N4550&R 

1N4551&R 

1N4552&R 

IN 45538, R 

1N45548.K 

1N4505&R 

1N45568.R 

1N45578.R 

1N45588.R 

1N4559S.R 



1N4060&R 

IN.1561S.R 

1N4562&R 

1N45638.R 

1N4564&R 

1N4S65 

1N4565A 

1N4566 

1N4566A 

1N4567 

1N4567A 

1N4568 

1N4S68A 

1N4S69 

1N4569A 

1N4570 

1N4S70A 

1N4571 

IN4571A 

1N4S72 

1N4572A 

1N4573 

1N4573A 

1N4574 

1N4574A 

1N4575 

1N4575A 

1N4576 

1N4S76A 

1N4577 

1N4577A 

1N4578 

1N4578A 

1N4S79 

IN4579A 

1N4580 

1N4580A 

1N4581 

1N4581A 

1N4582 

1N4582A 

1N4S83 

1N4683A 

1N4584 

1N4684A 

1N4728 

1N4 729 

1N4730 

1N4731 

1N4732 

1N4 733 

1N4734 

1N4 735 

1N4736 

1N4737 

1N4738 

1N4739 

1N4 740 

1N4741 

1N4742 

1N4 743 
1N4 744 
1N4745 
1N4746 
1N4747 
1N4748 



4-74 



JER DIODES (continued) 









INDEX (continued) 



1N5242 
1N5243 
1N5245 
1NS246 
1N5248 
1N52S0 
1N52S1 
IN 5252 
1N5254 
1N5256 
1N5257 
1NS258 
1N5259 
1NS260 
1N5261 
1N5262 
1N5263 
1N526S 
1N5266 
1N5267 
1N5268 
1N5270 
1NS271 
1NS272 
1N5273 
1N5274 
1N5275 
1N5276 
1N5277 
1N5278 
1N5279 
1N5281 
1N5283 
1N5284 
IN 5285 
1NB286 
1NS287 
IN 5288 
1N5289 
1N5290 
1NS291 
1N5292 
1N5293 
1N5294 

IN 5295 

IN 5296 
1N5297 
1N5298 
IN 5299 
1N530O 
1N5301 
1N5302 
1N5303 
1N5304 
IN 5306 
1N5306 
1N5307 
IN 5308 
1N5309 
1NS310 
1N5311 
1N5312 
1N5313 
1N5314 
1NS333 
1N5334 
1N5335 
1 N5336 



1N5337 

1N5338 

1N5339 

1N5341 

1N5342 

IN 5343 

1NS344 

1N5346 

1N5347 

1N5348 

1N5350 

1N6352 

1N5353 

1N535B 

1N5357 

1N5358 

IN 5359 

1N5361 

1N5363 

1N5364 

1N53B5 

IN 5366 

1N5367 

1N5368 

1N5369 

1NS370 

1N6372 

1N5373 

1N6374 

1N5375 

1N5377 

IN 5378 

1NB379 

1N5380 

IN 5381 

IN 5383 

1N5384 

IN 5386 

1N5388 

1N5S18 

1N5519 

1NSS20 

1N5521 

1N5522 

1N5523 

1N5524 

1N5525 

1N5626 

1N6527 

1N6528 

1N5529 

1N5530 

1N5531 

1N6532 

1N6533 

1N5535 

1 N5536 

1N5538 

1 N5540 

1NB641 

1N5542 

1N5545 

1N5546 

1N5837A 

1N5839A 

1N5841A 

1 N5842A 

1N5843A 



1N5844A 

1N584SA 

1N6846A 

1N6847A 

1N6848A 

1N5850A 

1N58G1A 

1N6862A 

1NB863A 

1N6856A 

1N5856A 

1N6857A 

1N6858A 

1NS8B9A 

1NS861A 

1N5862A 

IN 6864 A 

1N5866A 

1N5867A 

1N5868A 

1N5870A 

1N5872A 

1N6873A 

1N6874A 

1N6875A 

1N5876A 

1N6877A 

1N6S78A 

1N5879A 

1N5B81A 

1N5882A 

1NS883A 

1N5884A 

1NS886A 

1N5887A 

1 N5888A 

1N6889A 

1N6890A 

1NS891A 

1N5892A 

1N5893A 

1N6894A 

1N5896A 

1N5897A 

1N5913 

1NS914 

1N6915 

1N6916 

1N5917 

1NS918 

1N5919 

IN 5920 

1N5921 

1N5922 

1N5923 

1N5924 

1N692B 

1N5926 

1N6927 

1N6928 

1N6S29 

1N5930 

1N6931 

1N5932 

1N6933 

1N5934 

1N5935 

IN 6936 



1N5937 
1N5938 
IN 5939 
1N5940 
1N5941 
IN 5942 
1N6943 
1 N6944 
1N5945 
1 NB946 
1N6947 
1N5948 
1N5949 
1NS950 
1N5951 
1N6952 
1N5953 
1 N5954 
1N5955 
1N5966 
1N5986 
1 N5986 
1N5987 
1N5988 
1N5989 
1N5990 
1N5991 
1 N5992 
IN5993 
1N5994 
1N699S 
1N6996 
1N5997 
1N5998 
1N6999 
1N6000 
1N6001 
1N6002 
1N6003 
1N6004 

1N6005 
1N6006 
1N6007 
1N6008 
1N6009 
1N6010 
1N6011 
1N6012 
1N6013 
1N6014 
1NG0I5 
1N6016 
1N6017 
1N6018 
1N6019 
1N6020 
1N6021 
1N6022 
1N6023 
1N8024 

1N602B 
1N6026 
1N6027 
1N6028 
1 N6029 
1N6O30 
1N6031 
MCA1911 



MCA1912 

MCA1913 

MCA1914 

MCA1921 

MCA1922 

MCA 1923 

MCA1924 

MCA 1931 

MCA1932 

MCA 1933 

MCA1934 

MCA2011 

MCA2012 

MCA2013 

MCA2014 

MCA2021 

MCA2022 

MCA2023 

MCA2024 

MCA2031 

MCA2132 

MCA2133 

MCA2134 

MCA2211 

MCA2212 

MCA2213 

MCA2214 

MCA2221 

MCA2222 

MCA2223 

MCA2224 

MCA2231 

MCA2232 

MCA2233 

MCA2234 

MCL1300 

MCL1301 

MCL1302 

MCL1303 

MCL1304 

MCLTC6010 

MCLTC6025 

MCLTC6050 

MCLTC6100 

MSO6100 

MSO6101 

MSO6102 

MSO6150 

MSD7000 

MVS460 

MZ60S 

MZ610 

MZ620 

MZ640 

MZ805 

MZ810 

MZ820 

MZ840 

MZ2360 

MZ2361 

MZ2362 

MZ4614 

MZ4615 

MZ4616 

MZ4617 

MZ461B 

MZ4619 

MZ4620 

MZ4621 



MZ4622 

MZ4623 

MZ4624 

MZ4625 

MZ4626 

MZ4627 

MZC2.4A10 

MZC2.7A10 

MZC3.0A10 

MZC3.3A10 

MZC3.6A10 

MZC3.9A10 

MZC4.3A10 

MZC4.7A10 

MZC5.1A10 

MZC5.6A10 

MZC6.2A10 

MZC6.8A10 

MZC7.5A10 

MZC8.2A10 

MZC9.1A10 

MZC10A10 

MZC11A10 

MZC12A10 

MZC13A10 

MZC1SA10 

MZC16A10 

MZC18A10 

MZC20A10 

MZC22A10 

MZC24A10 

MZC27A10 

MZC30A10 

MZC33A10 

MZC36A10 

MZC39A10 

MZC43A10 

MZC47A10 

MZC51A10 

MZC56A10 

MZC62A10 

MZC68A10 

MZC75A10 

MZC82A10 

MZC91A10 

MZC100A10 

MZC110A10 

MZC120A10 

MZC130A10 

MZC140A10 

MZC150A10 

MZC160A10 

MZC170A10 

MZC180A10 

MZC200A10 

MZC1.8810 

MCZ2.0B10 

MCZ2.2B10 

MCZ2.4810 

MCZ2.7B10 

MCZ3.0B10 

MZC3.3B10 

MZC3.6B10 

MZC3.9B10 

MZC4.3B10 

MZC4.7B10 

MZCS.1B10 

MZC5.6B10 

MZC6.2B10 



MZC6.8B10 

MZC7.6B10 

MZC8.2B10 

MZC9.1B10 

MZC10B10 

MZC11B10 

MZC12B10 

MZC13B10 

MZC15B10 

MZC16B10 

MZC18B10 

MZC20B10 

MZC22B10 

MZC24B10 

MZC27B10 

MZC30B10 

MZC33B10 

MZC36B10 

MZC39B10 

MZC43B10 

MZC47810 

MZC51B10 

MZC56B10 

MZC62B10 

MZC68B10 

MZC75B10 

MZC82B10 

MZC91B10 

MZC100B10 

MZC110810 

MZC120B10 

MZC130B10 

MZC140B10 

MZC150B10 

MZC160B10 

MZC170810 

MZC180B10 



4-75 



DEVICE OPTIONS 



Motorola manufactures a complete line of rener diodes. In cases where a non-standard set of specifications is required, the appropriate 
device can be selected and ordered from the following device options. 



NON-STANDARD ZENER DIODES 
SPECIAL VOLTAGE AND TOLERANCE RATINGS 

JEDEC "IN" type numbers denote a specific Zener voltage, power 
rating, and tolerance. For example, JEDEC type 1 N4728 is a standard 
1 watt diode, rated at 3 3 volts ♦ 10% A suffix "A" on this type 
number indicates a ± 5% voltage tolerance 

Special Motorola devices, with a choice ol voltages and tolerances, 
are also available. The following diagram explains the Motorola 
coding system: 



Power 
Ranng 
(Waitsl 




Zener 
Diodes 
Moiorola 

Nominal Voltage T ° lera " c .% , 
leach device) per device U '.I 
/4 Characters Max\ <° m " ™ . 
^Excluding Decimal^ ±20% unilsl 




T 

Power 
Rating 
(Watts) 



M 



XXXX 



T 



Motorola Nominal Zener 

Zener Voltage Diode 
(Volts) 

(4 Characters Max \ 
Excluding Decimal^ 



Tolerance 
(1%) (omit for 
120% unitsl 



For example, the code for a special 1 wait Zener diode with a volt - 
age of 41 volts and a tolerance of ± 1% would be 10M41Z1 

Following is a list ol other standard Motorola symbols lor special 
Zener device orders (X s indicate nominal Zener voltage) 



BASIC 
MOTOROLA TYPE 

'.-.MXXXAZ5 

".MXXXZ5 

4MXXXAZ5 

4MXXXZ10 

5MXXXZS10 

1 MXXXZ5 

1MXXXAZ10 

1MXXXZ10 

1MXXXZS5 

1 5MXXXZ 

5MXXXZS5 

1 0MXXXAZ5 

10MXXXZ10 

50MXXXAZ10 

50MXXXASZ5 

50MXXXZ 

50MXXXSZ5 



DEVICE 
DESCRIPTION 

250 mW Alloy Glass. i5% 

250 mW Glass. '5% 

400 mW Alloy Glass. ;5% 

400 mW Glass. ±10% 

500 mW Surmetic. ±10% 

1 Watt Flangeless. ±5% 

1 Watt Alloy Flangless. ±10% 

1 Watt Flangeless. :10% 

1 Watt Surmetic. i5% 

1 5 Watt. -20% 

5 Watt Surmelic. i5% 

10 Wan Alloy Stud. ±5% 

10 Wan Slud. -10% 

60 Watt Alloy TO-3. ±10% 

50 Watt Alloy Stud, ±5% 

50 Watt TO-3. ±20% 

50 Wan Stud. ±5% 



•Code 

8 — Two devices in series 

C — Three devices in series 

D — Four devices in series 

E — Five devices in series 

F — Six devices in series 

G — Seven devices in series 

H — Eighi devices in senes 

P — Two devices in parallel (not recommended) 

X — Two devices, one standard polarity, the other reverse pola 
ily (10 and 50 wans only) 
i e.. 10M51Z5B1 is for two 10 watt *eners. each of 51 volts. 'Ji' 
maiched to a total voltage of 102 volts ±1%. 






ZENER CHIPS (MZC) 



1 The nomenclature for Zener Chips is as follows 



MZC 

T T T T T 



Moiorola Zener C=Chip 



Nominal Series 
Voltage (A or B) 



Tolerance 
(r%) 



BASIC TYPE 

MOTOROLA 

NOMENCLATURE 

MZCXXAX 
MZCXXBX 



DEVICE 
DESCRIPTION 

Zener Chip — "A" Series. High Level 
Zener Chip — "B" Series. Low Level 



2 Chips are sold in increments of ten (10) only. 

3 The pricing formula for between nominal voltages and tight tole 
ance zeners shall apply 

4 Chips are not sold as matched sets or clippers 

5 A " ■ 1 " suffix will cause all chips ordered to be supplied in Deka-Pak 



For reverse polarities (10 Wand 50 W). mserl "R" before lolerance. 
ie. 50M110SZR5 

1N5518 thru 1 N5546 — This series may be ordered in *2% and 
11% tolerance by adding the following suffix. 

C =±2% ±1% 

For example the 1N5518D would be the same as Ihe 1N5518B 
except V z 3 3 ±1% 



ZENER TYPES 

BETWEEN NOMINAL VOLTAGES 

MATCHED SETS OF ZENER DIODES 

Zener diodes can also be obtained in sets consisting of two or more 
matched devices The method for specifying such matched sets is 
similar to the one described for specifying units with a special voltage 
and/or tolerance except that two extra suffixes are added to the code 
number described above 

These units are marked with code letters to identity the matched 
sets and in addition, each unit in a set is marked with the same serial 
number which is different for each set being ordered 



ZENER CLIPPERS 



Special clipper diodes with opposing Zener junctions built into th* 
device are available by using the following nomenclature: 



M 



T 



T 



T 



Power 


Nominal Zener 


CI 


pper 


Tolerance for each of 


Ranng 


Voltage Diode 






the two Zener Voltages 


(Wans) 

I 


»„ 10M20ZZ10 






(Is nol a matching 

requirement Omil for 

±20% Units.) 



This nomenclature is applicable to all packages and power ratm* 
as restricted in the above paragraphs. 

ORDERING INFORMATION 

Order using the above nomenclature or else specify the device tvc 
nominal voliage and tolerance required 



4-76 






ZENER and AVALANCHE REGULATOR DIODES 



The devices depicted in the accompanying matrix represent a basic profile 
of the largest inventoried zener-diode line in the industry. Check the 
following features for application to your specific requirements. 
Wide selection of package materials and styles: 

Plastic Isurmeiic), for lowest cost 

Glass for highest reliability 

Metal for highest power 

Unencapsulated (chips), for hybrid circuit applications 






Nominal 
Z*n*r 
Voltaga 
(Not* 61 


CHIPS 

125 Mils Squaral 

Cathode - 8ottom Surface 


250 MILLIWATT 

I4O0 m« Package) 

Cathoda - Polar ity 

Mark 


400 MILLIWATT 
Cathoda - Polarity Mark 


600 MILLIWATT 
Cathoda - Polarity Mark 




o 

MZC 


Actual 
Size 


Glass 
Caaa 51 IDO-7I 


Gil 

Cam 299 
DO 35 


OS 

Case 51 
DO -7 


/ 

Surmetic 
Caaa 182 

(TO-92I 


/ 

Surmatic 20 
Caaa 51 
(DO-7I 


Glass 
Caaa 299-01 

(DO SSI 




18 
2.0 
2.2 
2.4 
2.7 
3.0 
3.3 
3.6 
3.9 


MZC2.4A10 
MZC2.7A10 
MZC3.0A10 
MZC3.3A10 
MZC3.6A10 
MZC3.9A10 


MZC1.8B10 

MCZ2.0B10 
MCZ2.2B10 
MCZ2.4B10 
MCZ2.7B10 
MCZ3.0B10 
MZC3.3B10 
MZC3.6B10 
MZC3.9B10 


MZ4614 
MZ4G15 
MZ4816 
MZ4617 
MZ461B 
MZ4619 
MZ4620 
MZ4621 
MZ4622 


1N4370 
1N4371 
1 N4372 
IN 746 
1N747 
IN748 


1N55I8 
1N5519 
1N5520 


1N5837A 
1N5B39A 
1N5B41A 
1N5B42A 
1N5843A 
1N5344A 


1N6221 
1N5223 
1NB225 
1N5326 
1N6227 
IN6228 


1N698B 
1N59B6 
1N9987 
1N5988 
1NG9B9 
1N5990 




43 
4.7 
S.I 
5.6 
6.2 


MZC4.3A10 
MZC4.7AI0 
MZCS.1A10 
MZC5.6A10 
MZC6.2AI0 


MZC4.3B10 
MZC4.7B10 
MZC5.1B10 
MZC5.6B10 
MZC6.2B10 


MZ4623 
MZ4624 
MZ4625 
MZ4626 
MZ4627 


IN 749 
1N750 
1N7S1 
IN752 

1N753 


1N5521 
1N5522 
1N5523 
IN 5524 

-N5525 


1N5B45A 
1N5346A 
1N5847A 
1N5B48A 

1N5850A 


IN5229 
1NS230 
1N5231 
IN 5232 
IN 5234 


1N5991 
1N5992 
1 N6993 
IN5994 
1N5995 




6.8 


WZC6.8A10 


MZC6.8B10 


IN 4099 


1N754 

1N957 


IN 5526 


1N5851A 


1N523B 


1N5996 




7.5 


MZC7.5A10 


MZC7.5B10 


1N4100 


IN755 
INSSfl 


IN 5527 


IN 5852 A 


1N5236 


IN5997 




8.2 


MZC8.2A10 


MZC8.2810 


1N4101 


1N756 
1N959 


1N552B 


1N5B53A 


IN5237 


IN 5998 




9.1 


MZC9 1A10 


MZC9.1B10 


1N4103 


1N7S7 
1N960 


1N5529 


1NS855A 


1N5239 


1N5999 




10 


MZC10A10 


MZC10B10 


1N4104 


1N758 

1N961 


1N6530 


1N5856A 


1N5240 


1N6000 




11 


MZC11 A10 


MZC11B10 


1N4105 


1N962 


1N5531 


1N5B57A 


1N524I 


1N6001 




12 


MZC12A10 


MZC12B10 


1N4106 


1N769 
1N963 


1N5532 


IN 5858 A 


1N5242 


1N6002 




13 
16 
16 
18 
20 
22 


MZCI3A10 
MZC15A10 
MZC16A10 
MZC18A10 
MZC2OA10 
MZC22A10 


MZC13BI0 
MZC15B10 
MZC16B10 
MZC18B10 
MZC20B10 
WZC22B10 


1N4107 
1N4109 
1N4110 
1N4112 
1N4114 
1N4115 


1N964 
IN965 
1N966 
IN967 
1N968 
IN969 


1N5S33 
1N5535 
1N6536 
1N5538 
1N5540 
1N5541 


1N5B59A 
1N5B6IA 
1N5862A 
1N5864A 
1N5866A 
IN5867A 


1N6243 
1NS24B 

1N5246 
IN 5248 
INS250 

IN525I 


1N6003 
1N6004 
1N6005 
1N60O6 

IN 6007 
IN 6008 




24 
27 
30 
33 
36 
39 


MZC24A10 
MZC27A10 
MZC30A10 
MZC33A10 
MZC36A10 
MZC39A10 


MZC24B10 
MZC27B10 
MZC30B 1 
MZC33B10 
MZC36B10 
MZC39B10 


1N4116 
1N4118 
1N4120 
1N4121 
1N4122 
IN4123 


1N970 
1N971 
1N972 
1N973 
INS 74 
IN975 


1N5S42 

1N554S 
INSS46 


1N5868A 
1N5870A 
IN5872A 
IN5873A 
1N5874A 
1N5875A 


IN 5252 
1N52B4 
1NS266 
1N5257 
1N92S8 
1N5259 


IN60O9 
1N6010 
1N6011 
1N6012 
IN6013 
IN6014 




43 
47 
61 

56 
62 
68 


MZC43A10 
MZC4 7A10 
MZC51A10 
MZC56A10 
MZC62A10 
MZC68A10 


MZC43810 
MZC47B10 
MZC51B10 
MZC56B10 
MZC62B10 
MZC68B10 


1N4124 
1N4I2S 
1N4126 
1N4127 
1N4129 
1N4130 


1NB76 
1N977 
1N978 
1N979 
1N980 
1N981 




IN 58 76 A 
1N5877A 
IN 58 78 A 
1N5879A 
1N5881A 
1N5882A 


IN 5260 
1N5261 

1N5262 
1N6263 
1NS26B 

1N526G 


1N6015 
1N6016 
1N6017 
1N6018 
1N6019 
1N6020 




75 
82 
91 
100 
110 
120 


MZC75A10 

MZC82AI0 

MZC91A10 

MZC10OAI0 

MZC110A10 

MZC120A10 


MZC75B10 

MZC82B10 

MZC91B10 

MZCIOOBIO 

MZC110B10 

MZC120B10 


1N4I31 
1N4132 
1N4134 
1N413E 


1N9B2 
1N983 
1N984 
1N98B 
1N986 
1NB87 




1N5883A 
1N5884A 
1N5886A 
IN5887A 
1N5B88A 
IN5889A 


1N5267 
1N6268 
1NB270 
INS27I 
1N6272 
1Mb." J 


1N6021 
1N6022 
1N6023 
1N6024 
1N602B 
IN6026 




130 
140 
150 
160 
170 
180 
200 


MZCI30A10 
MZC140A10 
MZC1S0AI0 
MZC160AI0 
MZC170A10 
MZC180AI0 
MZC2O0A1O 


MZC130B10 
MZC140B10 
MZC150810 
MZC160B10 
MZC170B10 
MZC180B10 
MZC200B10 




1N988 
1N989 
1N990 
1N991 
1N992 




IN5890A 
1N5891A 
1N5892A 
IN 5893 A 
IN5894A 
1N5895A 
IN 589 7 A 


IN5274 
1N627S 
IN6276 
1N6277 
1N6278 
1N5279 
IN628I 


1N6027 

1N6028 
1N6029 

1N6030 
IN603I 

























Chipi: 

A denotes lj»T ,n mA r* * 6 

B denote* I z T ,n 260 u A 

/-—/ JAN/JANTX available t5% onlv 



'—/ 



4-77 



ZENER AND AVALANCHE REGULATOR DIODES (cominuedl 

• Power ratings from 1 .4 to 50 Watts 

• Breakover tolerances from 1.8 to 200 V in approximately 10% steps 

• Available tolerances from 20% (low cost) to as tight as 1% (critical 
applications) with off-the-shelf-delivery 

• Special selection of electrical characteristics available at low cost due 
to high-volume lines (check your Motorola sales representative for 
special quotations) 

• JAN/JANTX (V) availability 






Nominal 
Zaner 
Voltaga 



1.8 
2.0 
22 
2.4 
2.7 
3.0 
3.3 
3.6 
3.9 



4.3 
4.7 
5.1 
5.6 
6.2 
6.8 



Cathode 
Polarity Mark 




IN4??8 
1N4729 
1N4730 



1N473I 
IN 4732 
1N4733 
1N4734 
1N4735 
1N4736 



1N4737 



1 WATT 



Cathoda 
10 Caw 




1N3821 
1N3822 
1N3823 



1N3824 
1N3825 
1N3826 
1N3827 
1N3828 
IN 3829 
1N3016 



IN3830 
1N3017 



1NB913 
1N5914 
1N5915 



1N5916 
1N5917 
1N5918 
1N59I9 
1N5920 
1N5921 



5 WATT 



Cathoda 
Polarity Mar 




1N5333 
IN 5334 
1N5335 



1N5336 
1N5337 
1N5338 
IN 5339 
1N5341 
1N5342 



1N592? 



IN 5343 



10 WATT 
Cathode to Caea i 
IN 3993 Series 
Anode to Caea - 
1N2970 Serial 



Anode to Case 




Metal 
Case 54 
(TO -3 1 



1N3993&R 



IN 39948, B 
1N399S«iH 
1N39968.R 
1N3997&R 
1N3998&R 
1N3999&R 
1N2970&R 



1N4OO0&R 
1N2971&R 



1N4557&R 



1N4558&R 
1N4559SjR 
1N45608iR 
1N4561&R 
1N4B628iR 

1N4B63&R 

1N2804&R 



1*U4564&R 
1N2805&R 



Metal 
Case 58 
IDO-5) 



■'-4549:.= 



1N4550&R 
1N4551&R 
1N4552&R 
IN4553S|R 
1N45548.R 
1N4555&R 
1N3305&R 



1N4556&R 
1N3306&R 



13 
15 
16 
18 
20 
22 



24 
27 

30 
33 
36 
39 



43 
47 
51 
56 
62 
68 



75 
82 
91 
100 
110 
120 



130 
150 
160 
180 
200 



1N4742 



1N4743 
1N4744 
1N4745 
1N4746 
1N4747 
1N4748 



1N4749 
1N4750 
1N4761 
1N4752 
1N47S3 
1N4754 



1N4755 
1N4756 
1N47S7 
1N4758 
1N47S9 
1N4760 



1N4761 
1N4762 
1N4763 
1N4764 
1M110ZS10 
1M120ZS10 



1M130ZS10 
1M140ZS10 
1M160ZS10 
1M180ZS10 
1M200ZS10 



1N3022 



1N3023 
IN 3024 
1N3025 
IN 3026 
1N3027 
1N3028 



1N3029 
1N3030 
1N303I 
1N3032 
1N3033 
IN 3034 



1N3036 
IN 3036 
1N3037 
1N3038 
1N3039 
1N3040 



1N304I 
1N3042 
1N3043 
1N3044 
1N3045 
1N3046 



1N3047 
IN3048 
1N3049 
IN3050 
1N3051 



1N5927 



1N5928 
1N5929 
1N5930 
1NB931 
IN5932 
IN6933 



1NS934 
1NB93B 
IN 5936 
1N5937 
1NS93B 
IN5939 



1N5940 
1N694I 
1N6942 
IN6943 
1NB944 
1NB94B 



1NS946 
IN5947 
1NB948 
IN6949 
IN59S0 
1NB9B1 



IN5952 
INB9B3 
INS964 
INB955 
INB95G 



1N5349 



tNS3S0 
1N53B2 
1N53S3 
1NB35B 
1N63B7 
1N53B8 



IN53B9 
1NB361 
IN5363 
INB364 
1NB365 
1N5366 



1NB3B7 
1NB368 
1NB369 
IN8370 
1NB372 
1NB373 



1N5374 
1NB37B 
1NB377 
1N5378 
INB379 
IN5380 



IN538I 
1NS383 
IN 5384 

IN 5388 
1NS388 



1N2976&H 



1N2810&R 



1N2977&R 
1N2979S.R 
1N29808.R 
1N29S2&R 
1N2984&R 
1N298B&R 



1N2811&R 
1N2813S.R 
1N28148iR 
1N2816&R 
1N28I88iR 
1N2819&R 



1N2986&R 
1N29S8&R 
1N2989&R 
1N2990B,R 
1N29918.R 
1N2992&R 



IN3MMH 

1N2996&R 
1N2997&R 
1N2999&B 
1N3000&R 
IN30018.R 



1N3002&H 
IN3003&R 
1N30048.R 
1N30058.R 
1N3007&R 
1N3008&R 



1N30O9&R 
1N30USR 
1N3012&R 
1N3014&R 
1N3015&R 



1N28208.R 
1N28228|R 
1N2823&R 
1N28248iR 
1N2625&R 
1N2826&R 



1N2827S.R 
1N2829SiR 
1N28318IR 
1N2832&R 
1N2833&R 
1N2834BJH 



1N2835&R 
1N28366VR 
1N2837&R 
1N2838S1R 
1N2840&R 
1N2841&R 



1N28428|R 
1N2843&R 
IN2844&R 
1N284SSR 
1N2846&R 



1N3303=.P 



1N33118.R 



1N3312&R 
1N3314&B 
1N3315&R 
1N33178.R 
1N33198(R 
1N33208.R 



1N3321&R 
1N3322&R 
1N3324&R 
1N332B8iR 
1N3326&R 
1N3327&R 



1N33288.R 
1N3330&R 
1N33324VR 
1N3334&R 
1N3336«|R 
1N3336&R 



1N3337&R 
1N3338&R 
1N3339&R 
1N33408iR 
1N3342&R 
1N3343&R 



1N3343&R 
1N3346S.R 
1N33476VR 
1N3349&R 

1N33S04R 



R. RA, & R8 = Reverse Polarity Types Available 



4-78 



ZENER REFERENCE DEVICES 






For applications where output voltage must remain 
within narrow limits during changes in input voltage, 
load resistance and temperature. Motorola guarantees 
all Reference Devices to fall within the specified maxi- 
mum voltage variations. £V Z . at the specifically indicated 
test temperatures and test current (JEDEC Standard i=5). 
Temperature Coefficient is also specified but shouid be 



considered as a reference only — not a maximum rating. 
The low voltage devices are hermetically sealed, all-glass 
structure. Includes JAN; JANTX and radiation hardened 
device types. These temperature compensated Zener 
Reference Diodes have low dynamic impedance and 
siliconoxidepassivated junctions for long term stability. 





Test 


Test 


AVERAGE TEMPERATURE COEF 


PCIENTOH 


ERTH 


E OPERATING RANGE 






0.01 %/°C 


0.008 */°C 


0.002 %/°C 


0JJO1 X/°C 


0.0006 %/°C 






v z 




V 7 




v z 




v z 




v z 




vz 


Currant 


Temp 


DMn 


Max 


Device 


Max 


Device 


Max 


Device 


Max 


Device 


Max 




VolU 


mAdc 


Points 


Type 


Volts 


Typo 


Volts 


Typa 


Volts 


Typa 


Volt, 


Typa 


Volts 




«A 


7.5 


A 


•1N821. 
J.TX 


0.096 


•1N823. 
J.TX 


0.048 


"1N825. 
J.TX 


0.019 


•1N827. 
J.TX 


0.009 


•1NB29. 
J.TX 


0.005 




6.2& 


7.5 


A 


•1NS21A 


0.096 


•1NB23A 


0.048 


•1N825A 


0.019 


•1N827A 


0.009 


•1N829A 


0C5 




6.4 


0.5 


B 


1N4565 


0.018 


1N4566 


0024 


1N4567 


0.010 


1N4568 


0.005 


1N4669 


0.002 






0.5 


A 


1N4566A 


0.099 


1 N4566A 


0.050 


1N4567A 


0.020 


1N4568A 


0.010 


1N4569A 


0.005 






1.0 


B 


1N4570 


0.048 


1N4571 


0.024 


1N4572 


0.010 


1N4573 


0.005 


IN4674 


0.002 






1.0 


A 


1N4570A 


0.099 


1N4571A 


0.050 


1N4572A 


0.020 


1N4573A 


0.010 


1N4574A 


0.005 






2.0 


B 


IN4S7S 


0.O48 


1N4576 


0,024 


1N4577 


0.010 


1N4578 


0.005 


1N4579 


0.002 






2.0 


A 


1N457BA 


0.099 


1N4576A 


0.025 


1N4577A 


0.020 


1N4578A 


0.010 


1N4579A 


0.005 






4.0 


8 


1N4580 


0.O48 


1N4S81 


0.024 


1N4S82 


0.010 


1N4583 


0.005 


1N4584 


0.002 






4.0 


A 


1N4580A 


0.099 


1N4581A 


0.050 


IN 4582 A 


0.020 


1N4583A 


0.010 


1N4584A 


0.005 




8.4 


10 


A 


•1N3154. 


0.130 


•1N3156. 


0.065 


MN3156. 


0026 


•1N3157. 


0.013 














J.TX 




J.TX 




J.TX 




J.TX 










10 


C 


•1N3154A 


0.072 


•1N3155A 


0.085 


"1N3156A 


0.034 


•IN3157A 


0.017 










0.5 


B 


1N4775 


0.064 


I N47 7>, 


0.032 


1N4777 


0.013 


1N4778 


0.006 


1N4779 


0.003 




8.5 


0.6 


A 


1N4775A 


0.132 


1N4776A 


0.066 


1N4777A 


0.026 


1N4778A 


0.013 


1N4779A 


0.007 




1.0 


B 


1N4780 


0.064 


1N4781 


0.032 


1N4782 


0.013 


1N47B3 


0.006 


1N47B4 


0.003 






1.0 


A 


1N4780A 


0.132 


1N4781A 


0.066 


1N4782A 


0.026 


1N47B3A 


0.013 


IN47B4A 


0.007 






7.5 


B 


• 1MJL11, 


0.067 


■1N936 


0033 


•1N937 


OKI 


' 1N938 


0.006 


•1N939 


0.003 




9.0 


7.5 


A 


•1N935A 


0.139 


• 1 N936A 


0.069 


■1N937A 


0.027 


•1N938A 


0.013 


•1N939A 


0.007 






7.5 


C 


•1N935B. 
J.TX 


0.184 


•1M936B 


0.092 


•1N937B. 
J.TX 


0.037 


■1N938B. 
J.TX 


0.018 


•1N9398. 


0.009 




9.4 -0.4 
(Suffix 
"A" 

*0.2 VI 




D 






1N2163.A 


0.033 






1N2166.A 


0.007 


1N2169.A 


0.004 




10 


E 






1N2164.A 


0.086 






1N2167.A 


0.017 


1N2170.A 


0.009 






f 






1N2165.A 


0.110 






1N2168.A 


0.023 


1N2171.A 


0.012 






7.5 


B 


■1N941 


088 


•1M942 


0.044 


■1N943 


0.018 


• 1N94.1 


0.009 


•1N94S 


0.004 




11.7 


7.6 


A 


■1N941A 


0.081 


•1N942A 


0.090 


■1N943A 


0.036 


•1N944A 


0.018 


"1N945A 


0.009 






7.6 


C 


•1N941.B, 
J.TX 


0.239 


•1N942B 


0.120 


•IN943B. 
J.TX 


0.04 7 


■1N944B 
J.TX 


0.024 


•1N94BB. 

J.TX 


0.012 






0.5 


G 


1N4896 


0.086 


1N4897 


0.048 


1N4898 


0.019 


IN4809 


0.010 










OS 


A 


1N4896A 


0.198 


1N4897A 


099 


1N4698A 


0.040 


1N4899A 


0.020 










1.0 


G 


1N4900 


096 


1N4901 


0.048 


1 N4902 


0.019 


1N4903 


0.010 










1.0 


A 


1 N4900A 


0.1 98 


1N4901A 


0.099 


1N4902A 


0.040 


1N4903A 


0.020 








12.8 


2.0 


G 


1N4904 


0.O96 


1N4905 


0.048 


1N4906 


0.019 


1N4907 


0.010 










2.0 


A 


1N4904A 


0.198 


1N4905A 


0.099 


1N4906A 


0.040 


1N4907A 


0.020 








4.0 


G 


1N4908 


0.096 


1N4909 


0.048 


1N4910 


0.019 


1N4911 


0.010 










4.0 


A 


1N4908A 


0.198 


1N4909A 


0.099 


1N4910A 


0040 


1N4911A 


0.020 










7.6 


G 


1N4912 


0.096 


1N4913 


0.048 


1N4914 


0.019 


1N4915 


0.010 










7.5 


A 


1N4912A 


0.198 


1N4913A 


0.099 


1N4914A 


0.040 


1N4915A 


0.020 










0.5 


G 


1N4916 


0.144 


1N4917 


0.072 


1N4918 


0.029 














0.5 


A 


1N4916A 


0.298 


1N4917A 


0.149 


1N4918A 


0.060 














1.0 


G 


1N4919 


0.144 


1N4920 


0.072 


1N4921 


0029 














1.0 


A 


1N4919A 


0.298 


1N4920A 


0.149 


1N4921A 


0060 














2.0 


G 


1N4922 


0.144 


1N4923 


0.072 


1N4924 


0.029 












1.9 


2.0 


A 


1N4922A 


0.298 


1N4923A 


0.149 


1N4924A 


0.060 














4.0 


G 


1N4925 


0.144 


1 N4926 


0.072 


1N4927 


0.029 


1N4928 


0.014 










4.0 


A 


1N4B2SA 


0.298 


1N4926A 


0.149 


1N4927A 


060 


1N4928A 


0.030 










7.5 


G 


1N4929 


0.144 


1N4930 


0.072 


1N4931 


0.029 


1N4932 


0.014 










7.5 


A 


1N4929A 


0.29B 


1N4930A 

1 


0.149 




1N4931A 


0.060 


1N4932A 


0.030 









Ttst Ttmptratura Points 




A 


-35, 0, *25. -175. *100 




B 


0. *25. *75 




C 


-55. 0. »25. -75. -100. -150 




D 


0. OS. +70 




E 


-55. 0. *125. +75, -125 




F 


-55. 0. »75. +125.-185 




G 


+25. +75. +100 





I Non-suffix - Z^T " 1B - " A " Suffix - Z ZT - 10 
•R«dt*tion R-n.ionr Oavices Available; to ordar. 
tpecify MZ821. A Of B in lieu of "IN" prefix. 
Not aoptlceble to J Of TX devices. 



4-79 



SPECIAL DEVICES (continued) 






High-Voltage Devices consist o< hermetically sealed dis- 
crete glass-packaged devices, properly interconnected to 
yield higher voltages and encapsulated in a transfer- 
molded plastic package. Includes JAN devices. All devices 
encapsulated in Case 41, exceptions shown. 



y f m 

INCASE 41 // CASE 53 /// CASE 87 



CASE 41 - EXCEPT AS NOTED 



Rafaranca 
Voltaga 

Vz 
VotU 


Tan 

Currant 

'ZT 

mA 


Max Voltaga Changa 

Vjj (Volt.) 

• 

Ta« Tamparaturas 

-56 to +26°C*2S to 100°C 


Average 
Tamp. 
Coatf. 
%°C 


Oavica 

Tyoa 


6.2 


7 5 


050*1) 
050ID 


001 
01 


IN429(2) 
1N1735 


8.4 


10 


014(1) 
007 


0.002 
0.001 


a IN 1530 
41N!S30A(2) 


12 4 


7.5 


100(11 
0.050 


01 
005 


1N1736 
1N1736A 


12.4 


1 





0.050 
0.020 


0.04 7 

010 


0.005 
002 


i-..:cv. 
1N40S7A 


14.6 


0058 
0.023 


0.055 
022 


005 
0.002 


1N4058 
1N4058A 


16.8 


0.067 
0.027 


0063 
0.025 


005 
0.002 


1N4059 
1N4059A 


18.S 


l 


074 
0.030 


069 
028 


0005 
002 


1N40G0 
1N4060A 


18.6 


7.5 


0.150(1) 
0.075 


001 
006 


1N1737 
1N1737A 


21 


10 


084 
0.034 


0.079 
0.032 


o oo-: 

0.002 


' N400 ■ 
1N4061A 


23 


10 


09? 

0037 


0086 
0.035 


J >.>0'. 
002 


1N4062 
1N4062A 


24.8 


7.5 


0.200(11 
0.100 


0.01 
005 


in i rsn 
1N1738A 


27 


10 


0.108 
0043 


101 
0.041 


005 
0.002 


1N4063 
1N4063A 


30 


10 


0.120 
048 


113 
0.045 


0.005 
0.002 


1N4064 
1N4064A 


31.0 


7.5 


0.250(1) 
0.125 


001 
0.005 


1 N 1 739 
IN 1739 A 


33 


10 


0.132 
0.053 


124 
0060 


0.005 
0.002 


IN 406!. 
1N4065A 


37 


1 


5 


0.148 
0.059 


0.139 
0056 


005 
0.002 


1N4066 
1N4066A 


37.2 


300(11 

0. 150 


0.01 

00'., 


IN 1 MO 
1N1740A 


43 


0.172 0.161 
0.069 0065 


005 
0.002 


1N4067 
1N4067A 


43.4 


0.35011) 
0.175 


0.01 
0.006 


1N1741A 

1N174IA 



Rataranoa 
Voltaga 

v 2 

Volu 


Tan 

Currant 

'ZT 

mA 


Max Voltaga Changa 
V 2 IVoltll 


Teat Tamparaturai 

-50 to -25°C-25 10 100 C C 


Avar age 
Tamp. 
Coaff. 
%°C 


Davie* 
Typ. 


47 


7 


5 


188 
0.076 


176 
071 


0.005 
0.002 


1N4068 
1N4068A 


49 6 


0.400 1 

20 


0.01 
0.005 


IN 174 2 
1N1742A 


51 


0204 
0082 


191 
0.07 7 


0.005 
0.002 


IN 406 9 
1N4069A 


56 


224 
090 


0.210 
0084 


005 
0.002 


1N4070 
1N4070A 


62 


248 

099 


0232 

1 ov. : 


0005 
0.002 


1N4071 
1N4071A 


68 


1 





0272 

109 


25b 
0.102 


0.005 

002 


1N4072A 


75 


300 

o iao 


0.281 
113 


0.005 
0002 


1N4073 
1N4073A 


82 


5 26 
0.131 


0307 
0.123 


005 
062 


IN4074 
IN 4 074 A 


87 


0348 
0.139 


326 
0.131 


0.005 
002 


1N4075 
1N4075A 


91 


364 
0.146 


341 
0.137 


005 
0.002 


1N4076 
1N4076A 


100 


0.400 

0.160 


0.375 

C I 50 


0.005 
0.002 


1N4077 
1N4077A 


106 


. 


1 


0.420 
0.168 


394 
I 58 


0005 
0.002 


1N4078 

1N4078A 


110 


0440 
0.176 


413 
0.165 


0.005 
0.002 


1N4079 
1N4079A 


120 


0.480 
0.192 


0450 

0. I BQ 


005 
0.002 


1N4080 
1N4080A 


130 


0.520 

o :on 


0.488 

195 


005 
0.002 


1N4081 
IN4081A 


140 


0.560 
0.224 


525 
0.210 


0.005 
0.002 


1N4082 
1N4082A 


150 


600 
0.240 


55 3 
0225 


005 
0.002 


1N4083 
1N4083A 


175 


700 

o .•eio 


0.656 
0.263 


0.005 
0.002 


1 Nil 084 
1N4064A 


200 


0.800 
0.320 


0.750 
0.300 


0.006 
0.002 


1N4085 
1N4085A 



(1) The*e device* are tailed nth* follow, r>B "mD«r«tur«: -55°, *25°, and >100°C. 

(2) Available a* JAN device*. 



4-80 



SPECIAL DEVICES 

Precision Reference Diodes . Designed, manufactured and tested for 
ultra-high stability of voltage with time and temperature change. Use of 
special measurement equipment and voltage standards provide calibration 
directly traceable to the National Bureau of Standards. 







Reference 

Voltage 

Voltt 


Ten 

Currant 

mA 


Temperature 


CERTIFIED VOLTAGE TIME 


STABILITY OVER 1000 HOURS OF OPERATION (Perti/Million 


BkMtjll 




Stability 


■ 5 PPM/1000 HR 


< 10 PPM/1 000 HR 


<20 PPM/1000 HR 


<40 PPM/1000 HR 


-100 PPM/1000 HR 




-V z ImVI 


OP lamp 
Ring.°C 


Device 
Typa 


Change 
uV 
Max 


Davica 
Typa 


Change 
fV 
Max 


Davica 
Typa 


Change 
MV 
Mai 


Davica 
Typa 


Change 
"V 

Max 


Davica 
Typa 


Chang. 
Ma. 




6!- 5N 
8.4 1 5X 
6.36 : 5* 
6 3D 1 BX 
6.35 1 EX 
6.35 i BX 
8.2 -6.B 
6 2-65 


7 5 

10 
7.5 
7.5 
7.5 
7.5 
7.5 
7.5 


2.5 
3.5 
2.5 
5.0 
5.0 
10 
3.0 
6.0 


25.75.100 
25.75.100 
25 to 100 

-65 io 1 00 
25 to 100 

-55 to 100 
2B to 100 
'.", to 100 


MZ605 
MZ805 


30 
45 


MZ610 
MZ810 

IN 489 5 
1N4895A 
1N4B94 
1N4B94A 


60 
90 
64 
64 
64 
64 


MZ620 

VZ8T0 
IN 4893 
1N4893A 
1N4892 
1N4892A 

1N3504 


120 
180 
127 
127 

127 

127 

127 


MZ640 
MZB40 

IN 3503 


240 
360 

318 


1N4891- 

1N4891A' 

1N4890' 

1N4890A* 

1N3502 

1N3501 


318 
318 

318 
318 
636 
636 



■ < 50 PPM time stability on those devices. 



Amplifying Regulator Diodes . Designed for use in regulated 
power supplies as a combination voltage reference element and 
error voltage amplifier, providing temperature compensation 
for excellent reference voltage stability. Available with either 
PNP or NPN transistors by adding either P or N Suffix to 
part number. 

ELECTRICAL CHARACTERISTICS (l ZT * 5.0mA. V CEO = 30V> 







VREF 
Volts 


Tolerance 

tX 


Test Temperature 
°C 


VREF 
Volte 


Device 
Typa 




f 

CASE 
21201 


6.8 


10 


0. -25. +75 


0.051 
025 
0010 

00b 


MCA1911 
MCA1912 
MCA1913 
MCA1914 




6.8 


5 


55. 0. +25. 
-S5. -100 


105 
0052 
0.020 
0.010 


MCA1921 
MCA 1922 
MCA1923 
MCA1924 




6.8 


5.0 


-55, 0. +25 
• 75. -100. -150 


0.139 
0.069 
0.026 
0.013 


MCA193I 
UCA1932 
MCA1933 

MCA1934 




8.6 


10 


0, +25, -75 


0.060 
0.030 
0.012 
006 


MCA201 1 
MCA2012 
MCA2014 
MCA2014 




8 6 


5.0 


-55. 0. +25 
-75. -100 


124 
0.062 
0.024 
0012 


MCA2021 
MCA2022 
MCA2023 
MCA2024 




+ KPH 


Vip 


86 


5.0 


-55. 0. -25 
• 75.+ 100.- 150 


164 
0.082 
032 
0016 


MCA2031 
MCA2032 
MCA2033 
MCA2034 




9 5 


10 


0. -25. »;s 


0071 
O.03B 
0.014 
0.007 


MCA2111 
MCA21 12 
MCA2113 
MCA2114 






9.5 


SO 


-55. 0, +25 
-75, +100 


0.147 
0.073 
0.028 
0.014 


MCA2121 
MCA2122 
MCA2I23 
MCA2124 




%2 




9 5 


5.0 


-55. 0. +25 
• 75.-100.-150 


194 
0.097 
0.038 

0019 


MCA2131 
MCA2132 
MCA2133 
MCA2134 




•Ml 


11 


10 


0, -26. -75 


0082 
0.041 
0.016 
0.008 


MCA2211 
MCA2212 
MCA2213 

MCA2214 




1 1 


6.0 


55. 0, +25 
+ 75, +100 


0.170 
0.085 
0.004 
0.017 


MCA2221 
MCA2222 
MCA2223 
MCA2224 






11 


50 


-55. 0. +25 
-75.+ 1OO.-150 


0225 
0.112 
0.044 
0022 


MCA2231 
MCA2232 
MCA2233 
MCA2234 





















Field-Effect Current Regulator Diodes. High 
impedance diodes providing a constant current 
output over a wide range of applied voltages. 
For applications in instrumentation and pro- 
tective circuitry. 









Glass 

CassSI 

007 


Rag. Currant 




Knee Imp 


Limiting 


"P 




ZK 


Voltage 


ev T - 25 V 




©V K - 6.0 V 


e>l L - 0.8 lp 


mA 


Device 


Ml! 


Volts 


Norn 


Type 


Max 


Max 


0.22 


1N5283 


2.75 


1 00 


0.24 


1N5284 


2.35 


1.00 


0.27 


1N5286 


1.95 


1.00 


0.30 


IN 5286 


1.60 


1.00 


0.33 


1N5287 


1.35 


1 00 


0.39 


IN 5288 


1.00 


1.05 


43 


IN 5289 


0.870 


1.05 


0.4 7 


1N5290 


0.750 


1.05 


0.56 


1N5291 


0.560 


1 10 


0.62 


1N5292 


0.470 


1.13 


0.68 


IN 5293 


0.400 


1.15 


0.7E 


IN 5294 


0.335 


1.20 


0.B2 


1N5295 


0.290 


1 25 


0.91 


IN 5296 


0.240 


1.29 


1.00 


1N5297 


0.20b 


1.35 


1.10 


1N6298 


0.180 


1.40 


1.20 


1N5299 


0.155 


1 45 


1.30 


1N6300 


0.135 


1.60 


1.40 


1N5301 


0.116 


1.SS 


1.B0 


1N5302 


0.105 


1.60 


1.60 


IN 5303 


0.092 


1.65 


1.80 


1N5304 


0.074 


1.7B 


2.00 


1N5305 


0.061 


1.86 


2.20 


1N5306 


0.052 


1.95 


2.40 


1N5307 


0.044 


2.00 


2.70 


1N5308 


0.035 


2.16 


3.00 


1N5309 


0029 


2.25 


3 30 


1N5310 


0.024 


3.35 


3.60 


1N6311 


0.020 


2.50 


3.90 


1N5312 


0.017 


2.60 


430 


1N5313 


0.014 


2.75 


4. JO 


1N6314 


0.012 


2.90 


5-03 


MCL1300 


0.500 


1 00 


1.010.6 


MCL1301 


0.200 


1.50 


2.0<0.6 


MCL1302 


0.100 


2.00 


3.0206 


MCL1303 


0.050 


2.00 


4 0:06 


MCL1304 


0.025 


2.50 



4-81 



SPECIAL DEVICES (continued) 



Low Voltage Regulators 

High-conductance silicon diodes designed as stable 
forward-reference sources for transistor amplifier biasing 
and similar applications. Available in high reliability glass 
construction or economic plastic packaging. 




ELECTRICAL CHARACTERISTICS 

(T/\ ■ 25°C unless otherwise noted!. 



Forward 

Reference 
Voltage 


Test 
Current 

if mA 




Leakage 
Currant 
R«Vn 


Device 
Typ. 






Min 


Max 


uA Volts 


Cue 


0.63 


0.71 


10 


10 


5.0 


MZ2360 


59 
Surmetic 


1.24 


1.38 


10 


10 


5.0 


MZ2361 


51 
Surmetic 


1 90 
0.5S 
1.29 
1.33 
1.94 
2.00 
58 


2.10 
0.70 
1.43 
1.39 
2.14 
2.08 
.'0 


10 
1.0 
10 

10 
10 
10 
1.0 


10 
0.1 


5.0 
4.0 


MZ2362 

4M.64FR10 
.4M1.36FR5 
.4M1.36FR2 
.4M2.04FR5 
.4M2.04FR2 
1N816 


51 
GIlM 



Current Limited Temperature Compensated Voltage 
Reference Diodes 

Voltage reference element with inherent temperature compensation and current regulation resulting in excellent 
reference stability over temperature excursions and wide variations of input voltage. 

Specifications in the following table are given for an input of 31 volts. Devices differ specifically in temperature 
as shown in a Vrf_f- 











ZREF 


"Vref 




Vref 




'in 


Input 


9 


©V in - 31 Volts 


4> 


• 
V in - 31 Volti 


Volts 


9 

V in - 31 Volti 


Impedance 


•in' 4.0 mA 


-55 o C.+25 o C.+ 100°C 


tit 


Mn 

Min 


Ohms 
Max 


Volt* 

Max 


Device 
Type 


i 


Min 


Max 


Min 


Max 


Mm 


Max 


6.08 


6.72 


12 


75 


3.2 


4.8 


0.2 


50 


0.010 


MCLTC6010 


6.08 


6.72 


12 


75 


3.2 


4.8 


0.2 


50 


OPS 


MCLTC602S 


' CASE 181-02 


6.08 


6.72 


12 


75 


3.2 


4.8 


0.2 


50 


0.050 


MCLTC6050 


6.08 


6.72 


12 


7B 


3.2 


4.8 


0.2 


50 


0.100 


MCLTC6100 





Tuning Diode Regulator 

Highly reliable temperature compensated monolithic integrated circuit voltage stabilizer designed for use in television 
and FM radios that use variable capacitance diode tuners. 



v z 

Volts 
Min/Max 


'z 

mA 


*v 2 

fiT 
Mv/°C 

Min/Max 


zz 

Ohms 
Max 


mW 


Device 
Type 


' CASE 182-01 


31/35 


18 


-31/'1 55 


25 


626 


MVS460 



Dual Diodes 

Dual diodes designed for use in low cost biasing, steering and voltage doubler applications including series, common 
cathode and common anode diudes. 



V(BR) • '(BR) 


■r • v R 


V F • 


'F 


CvR-0 


in- 










Volt* 




uA 




Von* 




pF 


ns 


Device 




# 




Min 


mA 


Max 


Vans 


Min/Max 


mA 


Max 


Max 


Type 


Description 


/ 




100 


100 


0.1 


50 


0.67/0.82 


10 


1.5 


4.0 


MSD6100 


Switching 




50 


100 


0.1 


40 


0.67/0.82 


10 


2.0 


10 


MSD6101 


Discrimmator 


"/ 




70 


100 


0.1 


50 


0.67/1.0 


10 


3.0 


100 


MSD6102 


Common Cathode 


' CASE 29 




70 


100 


0.1 


50 


-/1.0 


10 


8.0 


100 


MSD6150 


Common Cathode 


(TO-82) 




100 


100 


0.2 


50 


0.67/0.82 


10 


1.5 


16 


MSD7000 


Series 







4-82 



TRANSIENT SUPPRESSORS 



POWER TRANSIENT SUPPRESSORS 

Transient suppressors designed for applications requiring protection of voltage sensitive 
electronic devices in danger of destruction by high energy voltage transients. Select from 
standard factory available types or design the suppressor to meet specific needs by paralleling 
cells. For specific options, i.e., non-standard voltages, higher power capacity, and package 
configurations, consult factory. 





CASE 119 




Vr 


|R 

Reverse 


v z 


v z 


v F 








Operating Voluga 


Current 


Breakdown Voltage 


Clamping Voltage 


Forward Voltage 
















@ 




@ 




9 








Norn 
Vdc 


VIRMSI 


eA 


Min 
Volts 


'ZT 

mA 


Max 
Volts 


'PP 
Amp 


Volts 


•f 

Amp 


Davicn Type 


Case 




14 
14 


10 
10 


50 


16 
16 


0.4 
0.4 


1.25 
1.25 




1 


.5 


1 


1 


MPZS-16A 

NIPZ5-16B 


119 




28 


20 






32 


0.2 


1.25 












MPZ5-32A 








28 
28 

165 


20 






32 


0.2 


1.25 












MPZ532B 








20 






32 


0.2 


1.25 












MPZ6-32C 








1 17 






180 


0.03 


1.14 












MPZ5-180A 








165 
165 


117 
117 






180 
180 


0.03 
0.03 


1.14 
1.14 












MPZ6-180B 
MPZ5-180C 








30.5 


21.5 


5.0 


33 


1.0 


47.5 


32 


2.0 


100 


MZ5555 


60-02 




40.3 


28.5 




43.7 




63.5 


24 


2.5 


I 


MZ5556 


1 




49 


34.5 


1 


54 




78.5 


19 


2.8 




MZ5557 






175 


124 


1 


191 


1 


265 


5.7 


3.5 


♦ 


MZ5558 


♦ 





Power Rectifier/Power Surge Suppressor 
designed for applications requiring a low voltage rectifier with reverse avalanche char- 
acteristics or for use as a reverse power transient suppressor. Developed to suppress transients 
in the automotive system, this device operates in the forward mode as a standard rectifier 
or reverse mode as a power zener diode and will protect expensive mobile transceivers, 
radios and tape decks from over-voltage conditions. 



4 


BV 

Breakdown Voltage 

€>Ir - 100mA 
Volts 


>R 
Reverse Current 

ev R -20v 


v F 

Instantaneous 
Forward Voltage 

t?i F - 79 A 
Volts 


'(RMSI 
Forward Current 

Max 

Amp 


Device Type 




32 


50 


11 


94 


MR2525.R 





CASE 296-03 



Polarity: Standard polarity i« cathode to case - MR2525 

Reverse polarity is anode to case and is designated by an 
■R" suffi» - MR2626R 



4-83 


















4-84 




8i 



.E_Z 




From tiny, lead-mounted, low-current rectifiers to powerful multi-cell 
units with near-thousand-amp capacity; from single-phase, half-wave 
devices to three-phase circuits; from conventional diode junctions to 
special-purpose units for specific applications, Motorola's extensive line 
of rectifiers satisfies every possible requirement for electronic equipment, 
Moreover, volume production unmatched in the industry offers low-cost 
selection potential, 

TABLE OF CONTENTS 




_ 






Page 



General Purpose Rectifiers 

Low and Medium Current 4-87 

Single-cell rectifiers with forward current ranging from 1A to 50A and reverse voltage ratings 
up to 1000 volts. 

High Current 4-88 

Multi-cell devices with up to 700 A/600 V off-the-shelf ratings and even greater current and 
voltage capability on a custom basis. 



Rectifier Bridges and Circuits 

Low-to-Medium Current 

A variety of packaging methods yields current ratings up to 30 A and reverse-voltage ratings 
to 1000 V. 

High Current 

Single-phase and three-phase bridges and circuits with current ratings up to 650 A. 



4-89 



4-90 



Special Purpose Rectifiers 

Fast Recovery Devices 

For circuit applications requiring switching times from 200 to 1000 nano-seconds. Current 
rating up to 50 A. 

Hot Carrier Devices 

For high-frequency power supplies demanding switching times of less than 10 nano-seconds. 



4-85 



4-91 



4-92 






The following index reflects the devices characterized 
in this section. To locate the exact page number, see 
Catalog lndex(Page 7-1 ). 



DMicra 



1N248B 

1N249B 

1N250B 

1 N 1 1 83 

INI 183A 

1N11S4 

1N1184A 

1N1186 

1N1 186A 

1 N 1 1 88 

1N1188A 

1N1 190 

1N1190A 

1N1191 

1N1 192 

1 N 1 1 94 

1N1196A 

1N1198A 

1N1199.A 

1N1200.A 

1N1204.A 

INI 206. A 

1N3208 

1N3209 

1N3210 

1N3212 

1N3214 

1N3491 

1 N3492 

1N3493 

1N349S 

1N3659 

IN 3660 

1N3661 

1N3663 

1N3879 

1N3880 

1N3881 

1N3883 

1N3889 

1N3890.JAN.JTX 

1N3891.JAN.JTX 

1N3893.JAN,JTX 

1 N3899 

1 N3900 

1N3901 

1N3903 

1N3909 

1N3910.JAN.JTX 

1N3911.JAN.JTX 

1N3913.JAN.JTX 

1N3988 

1N3990 

1N4001 

1N4O02 

1N4003 

1N4004 

1 N4005 

1N4006 

1N4007 

1N4719 

1N4720 

1N4721 

1N4722 

1N4723 

1N4724 

1N4725 

1 N4933 

1N4934 

1N4935 

1 N4936 

1N4937 

1N4997 

1 N4998 

1N4999 

1N5000 

1N5001 

1N5002 

1N5003 
1N5817 
1N6818 
1N5B20 
1N5821 
1N5823 
1N5824 
1N5826 
1N5827 
IN 5829 



1N5830 
1N5832 
1N6833 
BYW60 
BYW61 



MR 762 
MR7B4 
MR 766 
MR800 
MH801 



8YW62 


MR802 


BYW64 
BYW66 
BVW68 


MR804 
MH806 

MR810 
MR811 


MBR1620 


MR812 


WBR2S20 


MR814 


MBR2630 


MR816 


MBR4020PF 


MR817 


MBR4030 


MR818 


MBR4030PF 

MDA100 

MDA101 

MOA102 

MDA104 

MDA106 

MOA108 

MDA1 10 

MDA800 

MDA801 

MDA802 


MRB20 
MRB21 
MR822 
MRS24 
MR826 
MR830 
MR831 
MR832 
MR 834 
MR836 


MOA804 


MR 850 


MOA806 

MOA920A2 

MOA920A3 

MOA920A4 

MOA920A6 

MOA920A7 

MOA922-2 

MDA922-3 

MOA922-4 

MDA9226 


MR851 
MR852 
MR854 
MR856 
WR860 
MR 861 
MR862 
MR864 
MR 866 
MR870 
MRB71 


MOA922-7 


MR872 


MDA922-8 


MR874 


MDA9229 


MR876 


MDA942 1 


MR 1 1000 


MDA942-2 


MR 1 1200 


MDA942-3 


MR 1 1400 


MOA942-S 


MR 1 1600 


MOA942-6 


MR1120 


MOA970-1 


MR1121 


MDA970-2 


MR1122 


MOA97&3 


MR1124 


MDA970-5 


MR 1126 


MOA980 1 


MR1128 


MOAMO 2 


MR1130 


MOA980-3 


MR 1366 


MDA9805 


MR1376 


MDAS80-6 


M R 1 386 


MDA990-1 


MR 1396 


MDA990-2 


MR2000S 


MOA990-3 


MR2001S 


MDA990-5 


MR2002S 


MDA990 6 


MR 2004 S 


MDA1200 


MR20O6S 


MDA1201 


MR200BS 


MDA1202 


MR 201 OS 


M DA 1204 


MR2500 


MDA6693 


MR2600S 


MOA1206 


MR 2601 


MOA3500 


MR2501S 


MOA3501 


MR2602 


MDA3502 


MR2502S 


MDA3504 


MR 2504 


MDA3506 


MH2504S 


MDA3508 


MR 2506 


MDA3510 


MR2506S 


MDA6693 


MR2508 


MR 250-1 


MR2508S 


MR250-2 


MR2510 


MR250-3 


MR2510S 


MR250-4 


MR2525 


MR 250-5 


MR2525R 


MR 328 


MR600B 


MR330 


MR6010 


MR331 


MR6020 


MR500 


MR5040 


MR501 


MRA133 


MR502 


MRA133B 


MR504 


MRA333 


MR506 


MRA333B 


MR508 


MRA163 


MR510 


MRA163B 


MR750 


MRA363 


MR751 


MRA363B 






Case 



V RRM 
Vol It 



100 



200 



400 



600 



800 



1000 



'FSM 

(Amps) 



T A (■» Raiod Iq 
(°CI 



T c & Rated Iq 
(°CI 



Tj (Ma> 
CO 



5904 
Pimiic 



1.M4001 I 



1N4002I 



1N40031 



1N4004I 



1N400&I 
1N4006I 



IN4G07* 



30 



75 



175 




1N4719 



1N4720 



1N4721 



1N4723 



1N4724 



1N4725 



300 



75 



70 

Meisl 



1N4997 



IN499S 



1N4999 



IN 5000 



1 N5003 



300 




MR 500 



MR 501 



MR502 



MR 504 



MR506 



MR 508 



95 



MR751 



MR 752 



MR 754 



MR 756 



60 



175 



f Package Sue 1 20" Max Diameier by 0.260" Max. Length 



4-86 



GENERAL PURPOSE RECTIFIERS 

Low and Medium Current 






Wide variety of low-cost devices to fit any mounting requirements. 

These lines are also available with anode-to-case connection by adding "/?' 

suffix to the standard part number. 



I AVERAGE RECTIFIED FORWARD CURRENT (Amperes! 



12 



15 



20 



25 



30 



35 



40 



50 



245 
I DO -4) 

Metal 




42A 
IDO-5) 
Metal 



42A 
ID0-5I 

Metal 





283-01 
(DO-4) 
Low-Cost 

Plastic 



283-01 
(DO -41 

Low-Cost 
Plastic 



¥ 



193-03 

Low-Cost 
Plastic 



43 
(DO-211 
Pressfit 



43 

(DO-211 
Metal 



42A 
(DO -5) 
Metal 



P 



42A 

(DO 51 

Metal 




43^)4 

Metal 



MR1120 
1N1199.A 



1N3208 



1N248B 
1N1191 



'-■"2000b 



MR25O0S 



MR 2500 



1N3491 



IN3659 



1N1183 



IN 1183 A 



MR1121 
IN 1200 A 



1N3209 



1N249B 
1N1192 



MR2001S 



MR2501S 



MR2S01 



IN3492 



IN3G60 



1M 184 



MR5010 



MR1122 
1N1202.A 



1N3210 



1N250B 
1N1194 



MR2502S 



MR2502 



1N3493 



1N3661 



1N1186 



MR5020 



MR1124 
1N1204.A 



1N3212 



INI 196 
1N1196A 



MR20O4S 



MR2504S 



MR2504 



IN3495 



1N3663 



1N1188 



MR1126 
1N1206A 



1N1198A 
1N3214 



MR2006S 



MR2506S 



MR2506 



MR328 



1N1190 



1N1190A 



MR1128 
IN 3988 



MR2008S 



MR2508S 



MR2508 



MR330 



MR 11 30 
1N3990 



MR2010S 



MR2510S 



MR2510 



MR331 



600 



400 



30 



400 



400 



150 



130 



100 



140 



175 



190 



190 



195 



* Request Data Sheet for Mounting Information 



487 



High-Current Multi-Cell Rectifier Diodes 



Multi-Cell construction, with matched cells, for excellent thermal 
management and highest reliability. Normally available with cathode 
connected to case. Add "R" suffix to type number for reverse polarity. 





Vrrm 

(Volts) 


l . AVERAGE RECTIFIED FORWARD CURRENT 




50A 


100A 


450A 


700A 




> 

Case 100 


Caw 167 


Case189 


Case 128 
Case 135 


Case 136 




300 


MR1206FL 


MR1215FL 


MR1815SL 


MR1245SL.FL 


MR1265FL 




600 


MR1209FL 


MR1219SL 


MR1819SL 


MR1249SL.FL 


MR1269FL 




IFSM 
(Amp) 


800 


2000 


2000 


8000 


1200 




Tc @ Rated lo 
(°C) 


ISO 


135 


135 


150 


150 




Tj(Max) 
(°C> 


190 


190 


190 


190 


190 



488 






RECTIFIER BRIDGES and CIRCUITS 

Low -To-Medium Current 



Single-phase rectifier bridges with a wide variety of packaging options. 
Standard devices are made with general-purpose rectifiers, but similar 
configurations can be made with special rectifier-cells (i.e., fast recovery 
cells) on special order. 





"0. 


QC OUTPUT CURRENT (Amperes) 






1.0 


1.0 


2.0 


4.0 


8.0 


12 


30 


35 




\ Case 

Vrrm\ 
Volu \ 


109(11 

J* 


312-01 (11 


312-01 


117 (1) 


298-01 (2) 

m 


117 


29801 (2) 

m 


179-01 (1) 


179-02 (1) 


309 

4t 




50 


MDA920A2 


MDA100A 


MDA200 


MDA970-1 


MDA800 


MDA970-1 


MDA1200 


MDA980-1 


MDA990-1 


MDA3B00 
BYW60 




100 


MDA920A3 


MDA101A 


MDA201 


MDA970-2 


MDA801 


MDA970-2 


MDA1201 


MDA980-2 


MDA990-2 


MDA3501 
BYW61 




200 


MDA920A4 


MDA102A 


MDA202 


MDA970-3 


MDA802 


MDA970-3 


MDA1202 


MDA980-3 


MDA990-3 


MDA3502 
BYW62 




400 


MDA920A6 


MOA104A 


MDA204 


MDA970-5 


MDA804 


MDA970-5 


MDA1204 


MDA980-5 


MDA990-5 


MDA3504 
BYW64 




600 


MDA920A7 


MOA106A 


MDA206 




MDA806 




MDA1206 


MOA980-6 


MOA990-6 


MDA3506 
BYW66 




800 




MDA108A 


MDA208 














MDA3508 
BYW68 




1000 




MDA110A 


MDA210 














MOA3510 




'fsm 

Amp 


32 


45 


60 


100 


300 


100 


300 


300 


300 


400 




T A © Rated l 
l°C) 


75 


55 


55 


25 
















Tc® Rated Iq 
(°CI 










100 


55 


100 


55 


55 


56 




Tj (Max) 
l°C) 


175 


ISO 


175 


150 


175 


150 


175 


175 


175 


175 





(1 ) Lead Frame Assembly 

(2) Discrete Diode Assembly Utilizing Metal Cased Rectifiers 



4-89 



High-Current Multi-Cell Rectifier Circuits 



Multi-cell full-wave rectifier circuits and bridges with up to 650 A 
current carrying capacity. 



Circuit 



Iq. AVERAGE RECTIFIER FORWARD CURRENT (Forced Conviction it 1500 LFM) 
300 A 



Sinfte-Phaae 
Full-Wave 
Canter T»p 



Single-Phase 

Full-Wave 

Bridge 



Thr#»i-Phns# 
Full-Wave 
Center Tap 



Three -Phase 

Full-Wave 

Bridge 



600 A 



Singlo-Phise 
Full-Wave 
Canter Tap 



Single-Phe* 

Full-Wave 

Bridge 



650 A 



Three -Phase 
Full-Wave 
Center Tep 



Three-Phase 

Full-Wave 

Bridge 



Waveforms 



Case 



V RRM 
(Voltsl 



300 



'psm 

lAmpsI 



'O 

Free Convection 

(Amps) 



T A © Rated Iq 

(1500FLMor 

Free Convection 

l°C) 



Tj(Max) 
(°CI 






IMA 



o 



I55A 



154 



155 



156A 



MRA133 



MRA133B 



MRA333 



MRA333B 



MRA163 



3000 



3000 



2000 



2000 



6000 



75 



75 



150 



75 



75 



75 



75 



75 



150 



150 



75 



150 



125 



75 



150 




157A 




MRA163B 



6000 



125 



75 



150 



156 



157 




MRA363 



5000 



150 



75 



150 



MRA363B 



5000 



150 



75 



150 



4-90 



Fast Recovery Rectifiers 



. . . available for designs requiring a power rectifier having maximum switching times 
ranging from 200 ns to 750 ns. These devices are offered in current ranges of 1.0 to 50 
amperes and in voltages to 600 volts. Higher voltages are available upon request, 
but a necessary trade-off against switching speeds results. Reverse polarity /anode to 
case) obtained by adding an "R" suffix. 



HBsasP?: 



Iq. AVERAGE RECTIFIED FORWARD CURRENT (Amperes 




Must be derated for reverse power dissipation See Data Sheet. 
: ackage Size: 0.120" Max Diameter by 0.260" Max Length. 



4-91 






Hot Carrier Rectifiers 



. . . Schottky barrier devices, ideal for use in Ion voltage, high frequency power supplies 
and as free-wheeling diodes. These units feature very low forward voltages and switching 
times estimated at less than 10 ns. They are offered in current ranges of 0.5 to 5.0 
amperes and in voltages to 30. Reverse polarity (anode to easel is not available. 



\q. AVERAGE RECTIFIED FORWARD CURRENT (Amperes) 



TT5- 




V RRM 
(Volts) 



0.5 




1.0 



3.0 



267 
Plastic 

/ 



3.0 




15 



25 



40 



430-2 

(DO-211 

Metal 



20 



MBR020 



1N5817 



1N5820 



MBR320M 



IN 5823 



IN 5826 



MBR1520 1N5829 



MBR2520 1N5832 



MBR4020 MBR4020PF 



30 



MBR030 



1N5818 



1N5821 



M8R330M 



1N5824 



1N5827 



MBR12530 



1N5830 



MBR2530 1N5833 



MBR4030MBR4030PF 



'FSM 
(Amps) 



5.0 



100 



500 



500 



500 



500 



800 



800 



800 



800 



800 



iT c @Ratedl Q 
(°CI 



85 



80 



85 



80 



75 



70 



50 



T A -75°C 

PC Board 

Mount 



125 



!T L @[latedlo 
(°C) 



90 



95 



90 



80 



Tj(Max) 
(°C) 



125 



125 



125 



125 



125 



125 



125 



125 



125 



125 



125 



•Max V F @ 
lFM = l O 



0.50 



0.55 



0.50 



45® 5 A 



0.37 



0.47 



0.55 



0.46 



0.55 



0.55 



0.63 



0.63 



"Values are for the 30 Volt units. The lower votlage parts provide lower limits, 
JMust be derated for reverse power dissipation. See Data Sheet. 



4-92 



High Voltage Diodes and Stacks 

. . . low-current, high-voltage diodes and stacks in current ranges of 250 mA 
to 1.0 ampere and in voltages from WOO to 5000 volts. 











250 mA High Voltage Diodes 




\ Case 

V RRM \ 
(Voltsl N^ 


169-02 
Plastic 


1000 


MR250-1 


2000 


MR250-2 


3000 


MR 250-3 


4000 


MR250-4 


5000 


MR 250-5 


'FSM 
(Amps) 


15 


Ta © Rated Irj 
<°C) 


75 


Tj (Max I 
(°C) 


150 









1.0 Ampere Television Damper Diode 


\ Case 

V RRM \ 
(Volts) \ 


59-04 / 
Plastic / 


1000 


MR1-1000 


1200 


MR1-1200 


1400 


MR1-1400 


1600 


MR1-1600 


"FSM 
(Amps) 


30 


Ta © Rated l 
(°CI 


75* 


Tj (Max) 

(°ci 


175 


trr 

(us) 


25 


•Must be derated for reverse power 
dissipation. See Data Sheet 











Low Voltage Rectifiers 

... for low voltage applications to suppress 
reverse power transients. 




Avalanche Rectifiers 


N. Case 

Vrrm >v 
(Volts) \ 


269-03 


23 


MR 2525 


23 


MR2525R 


BV 
(Volts) 


24-32 


'fsm 

(Amps) 


600 


T c @ Rated Irj 

l°C) 


150 


Tj (Max) 
(°C) 


175 

















Sol id -State Mercury Vapor Tube Replacements 


\ C '" B G " ' ■ 


INCHES 


\ 286-03 " 5- 

\© 


■ i ' 


DIM MIN I MAX 




u 

A 

C 

1 


A 


10.505 | 10625 


6 


2.185 | 2 225 


C 


1.465 l 470 


D 


490 1 0.510 


E 


0.550 esc 


F 


0.744 BSC 


Vppfv) \ ^^ 


G 


0.559 | 0.569 


J 


0.658 | 0.698 


K 


0.563 BSC 


(Voltsl \ - -r- j 


L 


3.480 1 3.530 


30,000 


MDA6693 


lo'Amps) 


5.0 


l FSM (Ampsl 


400 


T A © Rated lo 

(°CI 


75 


Tj (Max) 
(°C) 


175 


v F @ i F * 20 A 
(Volts) 
(Pulse Width 10 ms. 
*. 1% Duty Cycle) 


38 


MDA872A. MDA575A. Merculy Vapor 

Tube Replacements Available. Consult Factory. 







4-93 



™ 





and TRIGGERS 

SILICON CONTROLLED RECTIFIERS (SCRs) AND 

TRIACs 

(0.8 to 80 Amperes; 15 to 800 Volts) 

Motorola's extensive line of thyristors consists of two generic component 
categories - SCRs and Triacs. Within each of these categories are two basic packaging 
divisions, plastic and metal — plastic for lowest cost and metal hermetically sealed 
packages for applications requiring highest reliability. Combined, these divisions 
include a large number of individual devices covering a forward-current range from 
0.8 to 80 Amperes and a blocking voltage range from 15 to 800 Volts. 

But the availability of devices for a wide range of current and voltage require- 
ments doesn't begin to tell the whole story. For within the large selection of different 
series numbers are device families with characteristics designed for specifically 
designated applications. Here are some examples of preferred device families for the 
more high-volume applications, and for special unique purposes. 



TABLE OF CONTENTS 

Page 

THYRISTOR DEVICES 

SCRs in Plastic Packages (0.8 - 16 Amp) 4-98 

Triacs in Plastic Packages (0.45 - 12 Amp) 4-99 

SCRs in Metal Packages (1.6-35 Amp) 4-100 

Triacs in Metal Packages (15-40 Amp) 4-101 

Pulse Modulators in Metal Packages (80 Amp) 4-103 

TRIGGER DEVICES 

Unijunction Transistors 4-104 

Programmable Unijunction Transistors 4-105 

Diac (3-Layer Diodes) 4-105 

Silicon Bidirectional Switch 4-105 

4-Layer Diodes. . 4-105 

Silicon Unidirectional Switch 4-105 



4-95 



The following index reflects the devices characterized in this section. To locate the exact page number, see Catalog IndexIPage 7-1 ). 






\mo. 



A\ 



1N5159 

1N5160 

1N5758.A 

1N5759.A 

1N5760.A 

1N5761.A 

1N5762.A 

1N5779 

1N5780 

1N5781 

1N5782 

1N5783 

1N5784 

1N5785 

1NS786 

1N5787 

IN5788 

1N5789 

1N5790 

1N5791 

1N5792 

1N5793 

2N681 

2N682 

2N683 

2N684 

2N685 

2N686 

2N687 

2NE88 

2N689 

2N690 

2N691 

2N692 

2N1595 

2N 1 596 

2N1597 

2N1598 

2N1599 

2N1842.A 

2N1843.A 

2N1844.A 

2N1845.A 

2N1846.A 

2N1847.A 

2N1848.A 

2N1849.A 

2N1850.A 

2N2322 

2N2323 

2N2324 

2N2325 

2N2326 

2N2327 

2N2328 

2N2329 

2N2573 

2N2574 

2N2575 

2N2576 



2N2577 

2N2578 

2N2579 

2N2646 

2N2647 

2N2687 

2N2688 

2N2689 

2N2690 

2N3870 

2N3871 

2N3872 

2N3873 

2N3896 

2N3897 

2N3898 

2N3899 

2N3980 

2N4167 

2N4168 

2N4169 

2N4170 

2N4171 

2N4172 

2N4173 

2N4174 

2N4183 

2N4184 

2N4185 

2N4166 

2N4187 

2N4188 

2N4189 

2N4190 

2N4199.JAN 

2N4200.JAN 

2N4201.JAN 

2N4202.JAN 

2N4203.JAN 

2N4204.JAN 

2N4212 

2N4213 

2IM4214 

2N421S 

2N4216 

2N4217 

2N4218 

2N4219 

2N4441 

2N4442 

2 N 4443 

2N4444 

2N4851 

2N4852 

2N4853 

2N4870 

2N4871 

2N4948 

2N4949 

2N5060 



2N5061 

2N6062 

2N5063 

2N5064 

2NSI64 

2N5165 

2N5166 

2N5167 

2N5168 

2NS169 

2N5\70 

2N5171 

2N5431.JAN 

2N5441 

2N5442 

2NS443 

2N5444 

2N544S 

2N5446 

2NSS67 

2N5568 

2N5569 

2N5570 

2N6571 

2N5572 

2N5573 

2N5574 

2N6027 

2N6028 

2N6068.A.B 

2N6069.A.B 

2N6070.A.B 

2N6071.A.B 

2N6072.A.B 

2N6073,A.B 

2N6074,A.B 

2N6075.A.B 

2N6116 

2N6117 

2N6118 

2N614S 

2N6146 

2N6147 

2N6lb1 

2N6152 

2N6153 

2N6154 

2N6155 

2N6I56 

2N6157 

2N615B 

2N61S9 

2N6160 

2N6161 

2N6162 

2N6163 

2N6164 

2N616S 

2N6167 

2N6168 



2N6IS9 

2N6170 

2N6171 

2N6172 

2N6173 

2N6174 

2N6236 

2N6237 

2N6238 

2N6239 

2N6240 

2N6241 

2N6342.A 

2N6343.A 

2N6344.A 

2N6345.A 

2N6346.A 

2N6347.A 

2N6348.A 

2N6349.A 

2N6394 

2N639S 

2N6396 

2N6397 

2N6398 

2N6399 

2N6400 

2N6401 

2N6402 

2N6403 

2N6404 

2N6405 

MACIO-1 

MAC10-2 

MAC10 3 

MAC10-4 

MACIO 5 

MAC 10-6 

MAC10-7 

MAC10-8 

MAC1 1-1 

MAC11-2 

MAC 11-3 

MAC11-4 

MAC1 1 5 

MAC1 16 

MAC11-7 

MAC11-8 

MAC35-1 

MAC35-2 

MAC3B-3 

MAC35 4 

MAC35-5 

MAC35-6 

MAC35-7 

MAC35 8 

MAC35 10 

MAC36-1 

MAC36-2 

MAC36 3 



4-96 



THYRISTOR DEVICES (continued) 



MAC36 4 

MAC36-5 

MAC36 6 

MAC36-7 

MAC36 8 

MAC36 10 

MAC37 1 

MAC37-2 

MAC37-3 

MAC37 4 

MAC37-5 

MAC37-6 

MAC37 7 

MAC37-8 

MAC37 10 

MAC38-1 

MAC38 2 

MAC38 3 

MAC38 4 

MAC38-5 

MAC38 6 

MAC38 7 

MAC38 8 

MAC38 10 

MAC92 1 

MAC92 2 

MAC92 3 

MAC92-4 

MAC925 

MAC92 6 

MAC92A1 

MAC92A 2 

MAC92A 3 

MAC92A-4 

MAC92A S 

MAC92A 6 

MAC2202 

MAC2203 

MAC220S 

MAC220 7 

MAC2209 

MAC221 2 

MAC221-3 

MAC221 5 

MAC221-7 

MAC2219 

MAC40688 

MAC40689 

MAC40690 

MAC40795 

MAC40796 

MAC40797 

MAC40798 

MAC40799 

MAC40800 

MAC40801 

MAC4688 

MAC4689 

MAC4690 

Ml AC 5441 



MAC5442 
MACS443 
MAC5444 
MAC5445 
MAC5446 
MAC6400 80 
MAC6410-80 
MAC6420 80 
MBS4991 
MBS4992 
MCB80 5 
MCR80 10 
MCR80-20 
MCR80 30 
MCB8040 
MCR8O-50 
MCR80 60 
MCR80 70 
MCR80 80 
MCR81-5 
MCR81-10 
MCR81 20 
MCR81-30 
MCR81 40 
MCR81-50 
MCR81-60 
MCR81-70 
MCR81 80 
MCR82-5 
MCR82-10 
MCR82 20 
MCR82-30 
MCR82 40 
MCR82-50 
MCR82 60 
MCR82 70 
MCR82 80 
MCR83 5 
MCR83-10 
MCR83 20 
MCR83 30 
MCR83-40 
MCR83 50 
MCR83 60 
MCR83 70 
MCR83 80 
MCR101 
MCR102 
MCR103 
MCR104 
MCR106 1 
MCR106-2 
MCR106-3 
MCR106 4 
MCR106 5 
MCR106 6 
MCR106 7 
MCR106 8 
MCR106 9 
MCR106 10 
MCR1071 



MCR 107-2 

MCR 107-3 

MCR107 4 

MCR 107 5 

MCR107-6 

MCR107-7 

MCR107-8 

MCR11S 

MCR120 

MCR201 

MCR220 5 

MCR220-7 

MCR2209 

MCR221-5 

MCR221-7 

MCR221-9 

MCH406 1 

MCR406 2 

MCR406-3 

MCR4064 

MCR4071 

MCR407-2 

MCR4073 

MCR407-4 

MCR649AP-1 

MCR649AP 2 

MCR649AP-3 

MCR649AP 4 

MCR649AP 5 

MCR649AP-6 

MCR649AP-7 

MCR649-8 

MCR649AP-8 

MCR649-9 

MCR649AP9 

MCR649 10 

MCR649AP-10 

MCR729 5 

MCR 7 29-6 

MCR729 7 

MCR729 8 

MCR 729-9 

MCR729 10 

MCR846 1 

MCR846 2 

MCR846 3 

MCR846 4 

MCR1718-5 

MCR1718 6 

MCR1718-7 

MCR1718-8 

MCR1906 1 

MCR1906 2 

MCR 1906 3 

MCR 1906 4 

MCR2305 1 

MCR2305-2 

MCR23053 

MCR2305-4 

MCR2305-5 

MCH2305-6 



MCR2305 8 

MCR2305 10 

MCR2604L 1 

MCR2604L-2 

MCR2604L-3 

MCR2604LJI 

MCR2604L 5 

MCR2604U-6 

MCR2604L 8 

MCR2604L-10 

MCR 3000 1 

MCR3000-2 

MCR3000 3 

MCR30004 

MCR3000-5 

MCR 3000-6 

MCR3000 7 

MCR30008 

MCR3000-9 

MCR3000 10 

MCR3818 1 

MCR38183 

MCR3818 5 

MCR3S18 7 

MCR3818 10 

MCR3918-1 

MCR3918-3 

MCR3918 5 

MCR3918 7 

MCR3918-10 

MCR3835-1 

MCR3835-2 

MCR3835-5 

MCR3835-7 

MCR38358 

MCR38359 

MCR3835 10 

MCR3935 1 

MCR393S 2 

MCR3935-S 

MCR3935-7 

MCR3935 8 

MCR39359 

MCR3935 10 

MPT20 

MPT28 

MPT32 

MPU131 

MPU132 

MPU133 

MPU6027 

MPU6028 

MU 10 

MU20 

MU2646 

MU4891 

MU4892 

MU4893 

MU4894 

MUS4987 

MUS4988 



4-97 



THYRISTOR DEVICES (continued) 



/ 



THYRISTORS in PLASTIC PACKAGES 

Excellent reliability and low cost make Motorola plastic-packaged thyristors the preferred 
devices for high-volume, low and medium current applications. Batch-processed, high-impact 
plastic provides outstanding mechanical ruggedness while oxide or glass surface passivation pro- 
tects each die against impurity contamination and moisture penetration for long-term electrical 
stability. 

$Clt$ 





ON-STATE (RMSI CURRENT 




0.8 AMP 1 4.0 AMP 


8.0 AMP 


12 AMP 


16 AMP I 




I 


S 


\ 


\ 


£ 









Case 29-02 

TO-92 

Sivle 10 


Case 77-03 
Style 2 


Case 90-05 
Style 1 


Case 90-05 
Style 1 


Case 221 02 

TO-220 AB 

Style 1 


VDRM 

V RRM 

Blocking 

Voltage 

(DC or peak) 

Volts 


15V 
25 V 


MCR101 


- 


- 




- 


- 


- 


- 










— 






MCP3000 1 




- 


3(1 V 

50 V 

60V 

100 V 

150 V 

200 V 

300 V 
400 V 

500 V 
600 V 

700 V 
800V 


MCR102 
2N5060 


2N6236 


MCR106-1 


MCR107 1 


MCR406 1 


MCR407 1 


- 


- 


- 




2N6237 




- 


- 


- 


2N4441 
MCR3000 2 


2N6394 


2N6400 


MCR103 
2N5061 


- 


MCR106 2 


MCR107 2 


MCR406 2 


MCR407-2 


- 


- 


- 


MCP.104 
2N5062 


2N6238 


MCH106 3 


MCR107 3 


MCR406 3 


MCR407 3 


MCR3000 3 


2N6395 


2N6401 


MCR1 15 
2N5063 


- 


- 


- 


- 


- 


- 


- 




MCR120 
2N5064 


2N6239 


MCR106-4 


MCR107 4 


MCR406-4 


MCR407-4 


2N4442 

MCR3000 4 


2N6396 


2N6402 


- 


- 


MCR106-5 


MCR107 5 


- 


- 


MCK3000 b 


MCR220 5 


MCR221 5 


- 


2N6240 


MCR1066 


MCR107 6 


- 


— 


2N4443 
MCR3000 6 


2N6397 


2N6403 


- 




MCR106 7 


MCR107 7 


- 


- 


MCR3000 7 


MCR220 7 


MCR221 7 




2N6241 


MCR106-8 


MCR107-8 


- 


- 


2N4444 
MCR3000 8 


2N6398 


2N6404 






MCR 106-9 


- 


- 


- 


MCR3000-9 


MCR2209 


MCR221 9 






MCR10610 


- 






MCR3000 10 


2N6399 


2N6405 


in 
u 

-1 K 

< <£ 

si 

£ * 

111 "* 

-1 c 

111 < 

X 

S 


'TSmI a ">pI 


6.0 


25 


25 


25 


30 


20 


80 


100 


160 


l GT 9 25°C 
(mAI Max 


0.2 


0.2 


0.2 


20 


0.2 


05 


30 


30 


30 


V GT e25°C 

(VI Max 


08 


0.8 


1.0 


1.5 


0.8 


10 


1.5 


1.5 


1.5 


l H © 25°C 
(mAI Max 


5.0 


3 


5 


20 


3.0 


5.0 


40 


40 


40 



4-98 



THYRISTOR DEVICES (continued) 



mac* 





n AC A RAD 




■■■ 


ON-STATE (RMS) CURRENT 




/ 




^ 

• 


> 


n 








Case 2902 
TO-92 
Style 12 


Case 77-03 
Style 5 


Case 221-02 

TO-220 AB 

Style 2 


CaseS 
Sty 


0-05 


Case 221-02 
TO-220 AB 






14 


Style 2 


Vdrm 

Blocking 

Voltage 

(DC or Peak) 


25 V 
30 V 

50 V 

60 V 

100 V 

200 V 

300 V 

400 V 

500 V 

600 V 

700 V 

800 V 


- 


2N6068 


2N6068A 


2N606BB 




MAC1 1-1 


MAC10-1 




. 


MAC92-1 
MAC92A -1" 


- 


- 




- 


- 


- 


- 


- 


- 


2N6069 


2N6069A 


2N6069B 


MAC220-2 
MAC221-2 


MAC11-2 


MAC10-2 




- 


MAC92-2 
MIAC92A 2 - 




- 




- 






- 


- 


MAC92-3 

MAC92A-3" 


2N6070 


2N6070A 


2N6070B 


MAC220 3 

MAC221-3 


MAC11-3 


MAC10-3 




- 


MAC924 
MAC92A-4* 


2N6071 


2N6071A 


2N60718 


2N6342 
2N6346 


2N5154 
MAC1 14 


2N6151 
MAC 10-4 


2N6342A 


2N6346A 


MAC92-5 
MAC92A 5" 


2N6072 


2N6072A 


2N6072B 


MAC220-5 
MAC221 5 


MAC1 I 5 


MAC10 5 


- 




Volts 


MAC92-6 
MAC92A-6* 


2N6073 


2N6073A 


2N6073B 


2N6343 
2N6347 


2N6155 

MACtt-6 


2N61S2 
MAC 10-6 


2N6343A 


2N634 7A 




2N6074 


2N60 74A 


2N6074B 


MAC220-7 
MAC221-7 


MAC1 1-7 


MAC10-7 








2N6075 


2N6075A 


2N60/5B 


2N6344 
2N6348 


2N6156 
MAC1 IP 


2N6153 
MAC108 


2N6344A 


2N6348A 


- 




- 




MAC220 9 
MAC221 9 






- 


- 




- 






2N6345 
2N6349 






2N6345A 


2N6349A 


3 

-J 1- 

< 00 

y cr 
q: tu 

i§ 

UJ < 

_i rr 

UJ < 

X 

3 


l G T @ 25° 
MT2(+). 
MT2I+I. 
MT2I-), 
MT2I-), 


ClmAI 

G(*l | 
G(-) E 

»M 1 

30) 5 


SO 
15- 
5.0 

15- 


30 

30 


5 
5 
SO 
10 


3 
3.0 
3.0 
5.0 


50 

75 = 
50 

7 5 = 


50 

DO 


50 

75 
50 
75 


50 
50 


50 
75 
50 
75 


V GT @25°C(V)1 
MT2(+).GI+) = 
MT2(+).GI-I | 
MT2I-I.GI-I ■ 
MT2(-).G(*) - 


2 
2.0' 
2.0 
2.0 - 


<?> 40°C 
2.5 

2.5 


<S» -40°C 
2 5 
2.5 
2 5 
2 5 


(a-40 o C 
2.5 
2 5 
2.5 
2.5 


2 5 

2.5= 

2.5 

2.5 = 


2.0 
2.0 


2.0 
2 5 
2.0 
2.5 


20 
2 


2 
2.5 
20 
2.5 


l TSM (Amp) 


6 


JO 


30 


30 


100 


100 


100 


120 


120 



•Denoies A Version 

^Denotes 2N6346 ihru 2N6349 and MAC221 Series only. 



4-99 



THYRISTOR DEVICES (continued) 






SCRs in METAL PACKAGES 

For current handling requirements up to 80 Amperes, with up to 800-Volt blocking 
potential, Motorola metal packaged SCRs combine highest reliability with the design flexibility 
offered by a wide variety of package options. Pulse modulator SCRs provide pulse current 
capacity to 1000 Amperes for radar and similar applications. 



MCR*M0>1 




Ow86 
Stvic i 



2N4167 
WCH230& 1 



MCR230&-2 



2N4169 
UCR7305-3 



2N417Q 
VCHJ30S-4 



2N417I 

MCJR2305 5 

.-■■: i '/ 



2N41 M 
MCR23058 




Caw B'l 
Style I 



3N4103 
MCR2604L-1 



2N4184 
VCR2S04L-2 



2N4I8S 
_MCR2ti04L-J 



2N41B6 

MCR2S04L4 



2N418? 

VCH2ti04l.-5 

7N41B8 

MCR2604L-6 



2N4190 
MCP2604L-1 



WCH230G-10 MCB260AL 10 






C*w 763 03 

Style 1 



3N1B42 
2NI847A 



2MB43 
2N1S43A 



7NIB44 
2N1Q44A 



2N1645 

2N184&A 

2N1846 

JM846A 

2S1847 

2M84/A 

7M84S 

?M84BA 

2N1849 

2NI849A 

2N185D 

7N18S0A 



Cow 310-0 - 
Style i 



Mcrasia ■ 



MCR3S10 3 



VCR38IB 5 



MCR38I8-7 



Cam 763-03 
Siye > 



Caie 311-01 
Siyie I 



MCR391S-1 



MCR3918-3 



VCR3918-5 



MCR391B-7 



MCP38 18-10 VICH391B-10 



w 

r 



4-100 



THYRISTOR DEVICES (continued) 















HIGH CURRENT 

SCRs in 

METAL 

PACKAGES 



^s in METAL PACKAGES (continued) 



a r 





ONS 


TATE (RMS) CURRENT 














^ 


n, 


r-9 


& 




9 


CeseS* 
Style 3 


Case 61 
T041 
Style 1 


C«« 263 03 
Style 1 


Cbbb 3104)1 

Style 1 


C«e 76303 
Style 1 


Cnr3ll4>l 
Slvn 1 








- 






MCRB49AP-T 


2*2573 


2S68I 


MCR3835 1 


MCR3935 1 












- 




UCR649AP-2 


2N2574 


■;-\(,^ 


MCR38352 


MCR3935-2 


- 


" 




- 


- 






MCR640AP-3 


3*2575 


2N6B3 


7N3870 


2*3896 


3N617I 






aw— < 




- 


- 


MCR649AP 4 


3N2576 


2N686 


2N3871 


2*3897 


7N617J 




" 


2N686 








MCR649AP 5 


2NJ67 7 


2*687 


MCtMHM 


MCR 39 35-5 


■ 


MCR649AP6 


7N767B 


2N688 


2N3872 


7 \ 38911 


3N8173 


MCR649AP-7 


2N2S73 


7N68B 


MCR383B7 


MCR 3935-7 




MCR649AP-8 


MCR 649 11 


7N8B0 


7*3873 
MCR3835 8 


2*3899 
MCR3935B 


2NOI7* 


MCR64BAP 9 


MCR6499 


2N691 


MCR 3835-9 


MCR3935 9 




MCR649AP 10 


MCfl 649 1Q 


2N692 


MCR3835 10 


MCR3B35-I0 




260 


260 


200 














40 


40 


35 










3.5 


3.B 


3.0 










20T ¥ o 


20T ¥ p 


20Tvp 











y V 



v 0HM 
VRRM 
Blocking | 
Volug* 
(VolHl 



3 



l TSM <* m P( 



l 0T • W C 
ImAI Ma« 



V GT «2S'C 
CVIM.« 



l M »»C 
(mAI 
Max 



1iW 
Typ 



dv/di 

IV.i! 

Tvp 



Caw 287-01 
Stv'l 1 



Case 28801 
Stvll 1 



Caw ?9I 01 
Style 1 




Caw 28501 
Slvle 1 



4-101 



THYRISTOR DEVICES (continued) 



TRIACs in METAL PACKAGES 



Hermetically sealed for highest reliability in control applications to 40 Amperes and voltage 
to 800 Volts. Wide variety of package options simplifies mechanical design. 









ON4TATE II 


MS) CURRENT 








^ 


A 




.2. 


A 




*a 


A 


13- 






^f 


*t? 


«cP 


^T 


** 


\\ 


S? 


iF 




7/ 




A 


1) 


'10'JtfO 


H 


li 


mHrNtf 


^A 


// 




// 






C«u 1 74-03 
SW'f 3 


C*w 17502 
S<vtt3 


C*w 235 02 
Siytt? 


Cm* 1 74 03 
Si, H 3 


Cw 1 7507 
SlV'9 3 


C-« 235-02 

lorn 7 


C*» 174 03 

Klk 3 


C*w 17502 
Sty* 3 


Cm. IJ4-02 

Si. -3 


cm its-m 

sivnJ 


VMM 

mmtn 

Velurja 

IOC of »«n 
















'.' At !■ 1 


MAC3 7 1 


MAC36 1 


VAC3I 1 


" 








- 








MAC35 3 


MAC37 3 


WAC36 3 


WACll } 


- 


- 






- 








MAC35 3 


MAC3'3 


MAC38 3 


MAC38 3 


- 




2NS54 7 


3% 5549 


MAC40'D9 


2N6S7I 


2N65 73 


7N6145 


MAC35 4 


MAC37-4 


MAC38 4 


MAC38 4 


2N61S* 


7NC160 




" 


- 








MAC356 


MAC37 5 


MACKS 


MAC385 




- 


1NIHI 


3X5570 


MAC40M0 


3N5572 


2N6674 


3N6I46 


MAC358 


MAC3T-6 


MACJC4 


MAC3B8 


JN6I3B 


3NSI6I 


Volu 
































- 


- 




- 


MAC35 7 


MAC3 7 7 


MAClfi 7 


MAC38 7 


" 




MAO407M 


MAC40796 


MAC4OS01 


MAC40'97 


M«C4O?*0 


.".1.14 ■ 


MAC35 8 


MAC37I 


MAC388 


MAC38 8 


2N6169 


3*6*47 










- 




MAC36 «0 


MACS' 10 


MAClfi 10 


MAC38 10 


" 


• 




■ox** 


°C :~A 




























MT2IM.OI-I 


35 


35 


35 


50 


50 


50 


75 


75 


76 


76 


60 


80 




MT2I-I.GI-I 
MT2I-I.OI-I 
MIII-I.OI'I 


40 


40 


40 


•0 


•0 


80 


100 




100 


" 


TO 


70 


n 


35 


35 


35 


50 


50 


50 


75 


75 


75 


75 


70 


70 


if 
11 

"* X 
Q 


40 


40 


40 


■0 


■0 


SO 


100 


- 


100 


- 


100 


too 


V T«WC IV 1 


























MT2I»I.G(M 


35 


35 


35 


3.8 


35 


35 


30 


30 


30 


30 


3.0 


20 


| MT2OI.0I-I 


35 


3.1 


36 


35 


25 


3 5 


30 




30 




2 1 


3 1 




UT2I-I.OI-I 
■ MT2I-).G*» 


35 


25 


35 


35 


25 


36 


30 


30 


30 


30 


2 1 


3.1 




25 


35 


25 


26 


35 


38 


30 


- 


30 


- 


26 


36 


lTWl*"» 


too 


100 


100 


100 


too 


100 


226 


238 


236 


238 


380 


280 



4-102 



THYRISTOR DEVICES (continued) 






PULSE MODULATOR 
SCRs 

These devices are especially designed for pulse modu- 
lator applications in radar and similar equipment. 



RIACS IN METAL PACKAGES (continued) 



Cam 311 01 

Slylo 1 




Cam 310 01 
Style i 



3N544! 
VAC5441 



7N-.442 
HACS44] 



V&C64QC BO 




C«M 763 03 

SlVlt 1 



3N!>444 
MAC&444 



3N5445 

MAC.44 5 



7NM46 
VAC 5446 



:<M31I 01 

Style i 



MAC40688 

v.AC4&ea 



■-■" >:■;:: :■; 





ON-STATE PULSE CURRENT 






100 AMP 1000 AMP 






4 









Case 63-03 
Style 1 
TO -64 


Case 263-03 
Style 1 




V DHM 

Vrrm 
Blocking 

Vol lag? 
(Volts) 


- 


VCR 84 5 1 








MCR846 2 






FffTI 


MCR846-3 


- 




200 V 
300 V 
400 V 
500 V 
600 V 
700 V 
800 V 


- 


MCR846 4 






2N4.99 

7N4199JAN 


MCB729-5 


MCR1718-5 




7N4200 

7N4200JAN 


MCR 729-6 


VCR 1 718 6 




2N4701 

2N4201JAN 


MCR729-7 


MCR1718-7 




2N4202 

2Nd;'0^jAr, 


MCR729-8 


MCR1718-8 




2N4203 
2N4203JAN 


MCR729-9 


- 




2N4204 
2N4204 .. '. 


MCR729-I0 






& 
1 

1 

8 

u 

-1 

u 

cc 
y 

Ul 


IGT » 2S -C 
(mA) Max 


SO 


50 


50 




(VI Max 


1.5 


1.5 


1.5 




l H @>25 S C 
(mAIMinTyp- 


3.0 


25* 


15- 




■g,(Ml 
Max Typ' 


0.4" 


05' 
0*r 






toft lull 
Max Typ- 


20 


6" 
15't 


20* 




dv/dt 

(V/usI 

Max Typ " 


260 


50 


100* 





t Applies to MCR729 Serlas only. 



4-103 



THYRISTOR DEVICES (continued) 



TRIGGER DEVICES 







UJT 




PUT 




SBS 




SUS 




DIAC 



Trigger devices come under a variety of differ- 
ent classifications, with somewhat differing 
characteristics — 

Unijunction Transistors 

Unidirectional Switches 

Bidirectional Switches 

Bilateral Triggers 

4-Layer Diodes 

the principal function of all of these is to act as 
trigger devices for SCR and Triac circuits. 
Motorola makes them all, and with sufficient 
breadth of specifications to meet any circuit 
requirement. 

The variety of different trigger devices 
available complicates device selection. No specific 
type of trigger has a clear-cut advantage over 
all others. Hence, trigger selection is often very 
subjective, based on the designer's experience and 
familiarity. Nevertheless, some basic comparisons 
can be drawn that might simplify the job of 
trigger selection for designers who have not already 
formed specific preferences. 




4-LAYER 



UNIJUNCTION TRANSISTORS - UJT 



Highly stable devices for general-purpose 

trigger applications and as pulse generators 

(oscillators) and timing circuits. Useful at 

frequencies ranging (generally) from 1 Hz to 

1 MHz. Available in low-cost plastic package 

(TO-92) and in hermetically sealed metal 

package (Case 22A). 



UNIJUNCTION TRANSISTORS - (UJTI 






Package 


Device Type 


'. 


'P 

uAMjx 


<EB20 

uAUli 


•v 

mA Mln 


Mm 


Mix 




MU10 


0.60 


0.85 


', 


1.0 


1.0 


Pleltic 


2N4870 


0.56 


0.75 


5.0 


1.0 


2.0 


Cate 2903 


2N4871 


0.70 


0.86 


5.0 


1.0 


4.0 


(T0-92) A 


MU2646 


0.S6 


0.75 


5.0 


12 


4.0 


42* 


MU4891 


0.65 


0.82 


5.0 


0.01 


2.0 


JP^ 


MU4892 


0.51 


0.69 


2.0 


I 


1 


f^ 


MU4B93 


0.55 


0.B2 


2.0 


1 


1 




MU4894 


0.74 


0.86 


1.0 


t 


T 


Metal 


MU20 


0.56 


0.85 


2.0 


0.2 


1.0 


Clio 22A 01 


2N2646 


0.56 


0.76 


5.0 


12 


4.0 


^. 


2N2647 


0.6B 


O.B2 


2.0 


0.2 


8.0 


& 


2N3980 


0.68 


82 


2.0 


0.01 


1.0 


JF* 


2N4851 


0.56 


0.75 


2 


0.1 


2.0 


/v 


2N4852 


0.70 


0.85 


2 


0.1 


4 


"/ 


2N4853 


0.70 


0.85 


0.4 


OS 


6.0 




2N4948' 


0.55 


0.B2 


2.0 


0.01 


2.0 




2N4949' 


0.74 


086 


1.0 


0.01 


2.0 




2N5431* 


0.72 


0.80 


4 


0.01 


2.0 



'Alio available al JAN ana JANTX devices 



4-104 



THYRISTOR DEVICES (continued) 



TRIGGER DEVICES (Continued) 



PROGRAMMABLE UNIJUNCTION TRANSISTORS - (PUT) 







'P 


'GAO 


'v 


R G - 


n G - 


R G - 


"G" 


tafaH 


Device Type 


lOkiM.OMi! 


640V 

nAMi> 


Mfcfl 

«AMin 


1.0 Mil 

-A Max 


uAMa* 


Plastic 


2N6027 


SO 


2.0 


10 


70 


50 


Cm 2902 


2N6028 


1.0 


0.15 


1 


25 


25 


10 92 A 


MPU6027 


5.0 


2.0 




70 


SO 


s0T 


MPU6028 


1.0 


015 


T 


25 


25 


& 


MPU131 


5.0 


2.0 


5.0 


70 


SO 


V 


MPU132 


2.0 


0.3 


5.0 


50 


50 




MPU133 


1.0 


0.15 


S 3 


50 


2S 


M °"" ^Jrtv 


2N61 15* 


5.0 


2.0 


;■ 


'!i 


50 


Case 22 03 -^==^^** 


2N6117* 


2.0 


0.3 


5.0 


SO 


50 


TO 18 ^"^ 


2N6118* 


1.0 


0.15 


SO 


50 


25 



■Also available ai JAN ana JANTX devices 



Pack.* 



Device Type 



Volts 
Norn" 



'S 

»AMn 



'H 

mA Max 



BILATERAL TRIGGERS - (DIACsl 





1N5758/MPT20 


20 ; 4.0* 


100 






1NS759 


24 1 4.0- 


100 






IN5760/MPT28 


28 • 4.0' 


100 




*> 


IN5761/MPT32 


32 - 4 0- 


100 




•l.siic /W 


1N5762 


36 • 4.0* 


100 




Cass 182 02 // 


1NS7S8A 


20 - 2.0 - 


25 




TO 92 // 


1N5759A 


24 - 2.0- 


25 




V 


1N5760A 


28 • 2.0" 


25 






1N5761A 


32 1 2.0' 


25 






1NS762A 


36 ; 2 0- 


25 





SILICON BIDIRECTIONAL SWITCH - (SBS) 



•7 Cam 29 02 


MBS4991 
MBS4992 


6.0 
7.5 


10 
9 


500 
120 


1.5 
0.5 





4-LAYER DIODES (If 


= 150 mAdc Max 
















IN5159 


9.0 


11 


'jO 


70 


Glass 


1N5160 


10 


12 










Case 51 / 


1N5779 


11 


13 










DO 7 / 


1N5780 


12 


14 










Glass / 


1N5781 


13 


15 


1 




I 


J 


1N5782 


8.0 


10 


100 


50 


§ 


1N5783 


9.0 


11 










T 


1N5784 


10 


12 










I 


1N5785 


11 


13 










/ 


INS 786 


12 


14 










• 


1N5787 


13 


15 












1N5788 


8.0 


10 






2.0 




1N5789 


9.0 


11 












1N5790 


10 


12 












1N5791 


11 


13 












1N5792 


12 


14 












1N5793 


13 


15 




» 



SILICON UNIDIRECTIONAL SWITCH - 


(SUS) 








Pla,,ic ^t-Saft 

Case 29 02 ^^^ 
TO-92 -""^ 


MUS4987 
MUS4988 


6.0 
7.5 


10 
9.0 


500 
150 


1.5 
5 



PROGRAMMABLE UNIJUNCTION 
TRANSISTORS - PUT 

Similar to UJTs, except that lv. 'P and 
intrinsic standoff voltage are programmable 
(adjustable) by means of external voltage 
divider. This stabilizes circuit performance 
for variations in device parameters. General 
operating frequency range is from 0.01 Hz 
to 10 kHz, making them suitable for long- 
duration timer circuits. Two-package avail- 
ability provides cost option. 



BILATERAL TRIGGERS - DIACs 

Specifically designed as low-cost bidirectional 
triggers in line-operated Triac control circuits 
such as light dimmers, motor controls and 
temperature controls. 



SILICON BIDIRECTIONAL 
SWITCH -SBS 

Applications similar to Diac, but has gate 
electrode that permits synchronization. 



4-LAYER DIODES 

Small, axial-lead devices with stable, repeatable 
characteristics required for critical SCR trigger 
and pulse generator applications. 



SILICON UNIDIRECTIONAL 
SWITCH - SUS 

Similar to 4-Layer Diodes, but has gate 
electrode that permits synchronization. 



4-105 





















4-106 




c&4^CT 




Optoelectronic devices are designed for use in computer, industrial and consumer 
equipment. Motorola's standard line of optoelectronic products include optical 
couplers, light emitters and light detectors. Compactness, reliability and compati- 
bility with integrated circuits keynote light-emitting diode advantages - as well as 
perfect spectral matching in infrared (IR) units to silicon detectors. They emit 
infrared or visible light when forward biased. Motorola offers a variety of red and 
infrared, fast switching types for flexibility in package, performance and price. 

TABLE OF CONTENTS 



OPTICAL COUPLERS/ISOLATORS 

Transistor Output p age 

Popular form of isolator that offers moderate speed (approximately 300 kHz), 
sensitivity and economy 4-1 09 

Darlington Output 

Designed for use when high transfer ratios and increased output current capability are 
required. The speed, approximately 30 kHz, is slower than the transistor type but the 
transfer ratio can be as much as twenty times as high as the single transistor type 4-109 

High-Speed Logic Coupler 

Gallium Arsenide LED optically coupled to a high-speed integrated detector 

intended for use as a digital inverter 4-109 

LIGHT-EMITTING DIODES 

Light-Emitting Diodes 

Wide variety of styles accommodate differing needs in color, viewing angle, package 

size, light-sensitivity and off-on contrast 4-110 

Infrared-Emitting Diodes 

Gallium Arsenide devices emitting in the 900 nM (9000 A) region. This wavelength 

is matched to the peak sensitivity of silicon detectors 4-111 

SILICON PHOTO DETECTORS 

Phototransistors 

One of the most popular detectors offers moderate sensitivity and medium speed 

(approximately 2.0 ns response time) 4-112 

Photodiodes 

Ideal for detection systems where response times on the order of 1 .0 ns are 
required. Although output levels are low, they can easily be amplified to pro- 
vide working signal levels 4-1 1 2 

Darlington 

These devices provide a higher degree of sensitivity for those areas that demand 

the extreme in this parameter 4-112 



4-107 






OPTOELECTRONICS (Continued) 
The following index reflects the devices characterized in this section. To locate the exact page number, see Catalog IndexIPage 7-1 



1 N5909 

1N6910 

1N5911 

1IM5912 

2N5777 

2N5778 

2N5779 

2N5780 

4N25 

4N25A 

4N26 

4N27 

4N28 

4N29 

4N29A 

4N30 

4N31 

4N32 

4N32A 

4N33 

4N35 

4N36 

4N37 

4N38 



DEVICE INDEX 








4N38A 


MOC5001 






MLED60 


MOC8030 






MLED56 


MOC8050 






MLED80 


MRD14B 






MLED90 


MRD120 






MLE092 


MRD121 






MLED440 


MRD150 






MLED445 


MRD300 






MLED500 


MRD310 






MLED600 


MRD360 






MLED640 


MRD370 






MLE065S 


MRD450 






MLED660 


MRD500 






MLED900 


MRDBIO 






MLED910 


MRD601 






MLED930 


MRO602 






MOC119 


MRD603 






MOC1005 


MRD604 






MOC1006 


MRD810 




MOC3000 


MRD30B0 






MOC3001 


MRD3051 






MOC3002 


MRD3055 






MOC3003 


MRO3056 






MOC5000 









OPTICAL COUPLERS/ISOLATORS 

Couplers are designed to provide isolation protection from high-voltage transients, 
surge voltage or low level noise that would otherwise damage the input or 
generate erroneous information. They allow interfacing systems of different logic 
levels, different grounds, etc., that would otherwise be incompatible. Motorola 
offers a variety of standard isolation voltages from transients protection of 500 to 
5000 Volts minimum. 

Motorola also offers a wide array of standard devices that have a wide range of 
specifications (including the first series of DIP transistors and darlington couplers 
to achieve JEDEC registration: transistors - 4N25 thru 4N28/darlingtons - 4N29 
thai 4N33). 




CASE 673-04 



Actual 
Size 



m 



The Transistor Coupler 
most popular form of tso 
offers moderate speed (■ 
300 kHz), sensitivity and 
addition, the collector-base 
be used as a photo diod 
higher speeds. The output 
mode is lower, requiring 
for more usable output leve 



probably the 
lator since it 
pproximately 
economy. In 
junction can 
; to achieve 
in the diode 
amplification 



For High Speed, Moderate Efficiency 




Device 
Type 


Isolation* 

Voltage 

Volts 

Min 


DC Current 

Transfer 

Ratio 

% 

Min 


BVCEO 

Volts 

Min 


Collector Output 

Current 

@\ F = 10 mA 

Typ mA 


4M28 


500 


10 


30 


2.0 


4N26 


1500 


20 


30 


3.5 


4N27 


1500 


10 


30 


2.0 


4N38 


1500 


20 


80 


3.5 


4N37 


1500 


100 


30 


2.0 


4N36 


2500 


100 


30 


2 


4N25 


2500 


20 


30 


3.5 


4N2SA" 


2500 


20 


30 


3.5 


4N38A-- 


2500 


20 


80 


3.5 


4N35 


3550 


100 


30 


2.0 


MOC1005 


5000 


20 


30 


5.0 


MOC100I3 


5000 


HI 


30 


3.0 



'AC poak vo 
•Underwrite 



itorjo - one full sine wave 60 Hz. 
r Laboratory Recognition 









4-108 



OPTOELECTRONICS (Continued) 



The Darlington Tr ansistor Co upler is used 
when high transfer ratios and increased 
output current capability are needed. The 
speed, approximately 30 kHz, is slower 
than the transistor type but the transfer 
ratio can be as much as twenty times as 
high as the single transistor type. 



For High Efficiency, Moderate Speed 




Device 
Type 


Isolation* 

Voltage 

Volts 

Min 


DC Current 

Transfer 

Ratio 

% 

Min 


BVCEO 
Volts 
Min 


Collector Output 

Current 

©l F -10mA 

Typ mA 


4N30 
(MOC1200) 


1S00 


100 




30 


4N31 


1500 


SO 


30 


10 


4N33 


1500 


500 


30 


60 


MOC119 


1500 


300 


30 


45 


MOC8030 


1500 


300 


80 


45 


MOC8050 


1500 


500 


80 


60 


4N29 


2500 


100 


30 


30 


4N29A" 


2500 


100 


30 


30 


4N32 


2500 


500 


30 


60 


4N32A" 


2500 


500 


30 


60 



"AC peak voltage - one full sine wave 60 H r, 
'Underwriter Laboratory Recognition. 



Complex Functions 
As the areas of application for couplers 
grow, more complicated output functions 
will be required. Higher speeds, lower 
drive, more current output devices are al- 
ready beginning to make their appearance 
on the marketplace. (Motorola now offers 
a highspeed function and is developing a 
newTRIAC Driver/Bilateral Swtich func 
tion). These new functions will offer the 
designer even more flexibility and oppor- 
tunities for creative design. 




Device 
Type 


Isolation 

Voltage 

Volts 

Min 


Switchi 
*on 
ns 

Typ 


ig Times 
toff 
ns 
Typ 


Off Output 

Current 

MA 

Max 


Hi-Speed 


MOC5001 
MOC5000 


500 
1500 


300 i 650 
250 | 400 


100 
100 


Triac Driver/ 
Bilateral Switch 


LED Trigger Current 

'F(TH) 
Typ mA 


Output Saturation 
Current 

'(sat) 
Typ mA 


MOC3000 
MOC3001 
MOC3002 
MOC3003 


5000 
5000 
5000 
5000 


5.0 
5.0 
5.0 
5.0 


80 
45 
80 
45 



4-109 



OPTOELECTRONICS (Continued) 

VISIBLE LIGHT-EMITTING DIODES 






90° 




Motorola visible emitters are available for use in panel and circuit condition ind 

cators, light modulators, and film annotation. 
Peak Emission Wavelength ■ 660 nm (Typ) 
Forward Voltage @ 20 mA = 1.6 V (Typ) (Except as noted) 



Viewing Angle - Angle at which intensity is 50% of maximum on axis intensity. 



Package 



Device Type 
(Lens Type) 



Viewing 
Angle 



I nstant aneous Axial 

Luminous Intensity 

Typ med 



Mounting 



Panel 



Circuit 
Board 




1N6911 (Note 1.2.3) 
(Formerly ML6D750) 
(Diffusing Green) 



Case 27901 Plastic 



1N5912 (Note 1.2,4) 
(Formerly MLED850) 
(Visible Yellow) 



0.3 C5 25 mA 



0.3 @ 25 mA 



jy 



MLED600 
(Clear Red) 



Case 171 (2) Plastic Aciu.i Size 



3.0 @> 20 mA 



^d 






C»se 234 02 Plastic 



MLED50 
(Clear) 
MLED55 
(Diffusing Red) 



70 

100° 



1.0 @> 20 mA 
0.6 @20 mA 



MLEO640 
(Milky vvnite) 



90 




MLED655 
(Diffusing Red) 
General Purpose 



Case 279-01 Plastic 



MLED660 
(Diffusing Red) 
High Current 



2.0 @ 20 mA 



2.0 @ 20 mA 



1.5 9 20 mA 




Actual Size 
Case 292-01 Plastic 



MLED440 
(Visible Red) 
MLED445 
(Clear) 



90 
40° 



1 N5909 

(Formerly MLED455) 

(Diffusing Red) 



0.3 <& 20 mA 
0.8 @ 20 mA 



1.2 @ 20 mA 




Case 279-01 Plastic Actual S«« 



1N5910 

(Formerly MLED650I 
(Diffusing Red) 
Wide Viewing 



0.8 @ 20 mA 



A 



MLED500 
{Diffusing Red) 



Caw 29-02 Plastic 



0.3 @ 20 mA 



Notes: 1. Indicates JEDEC Registered Data 

2. Forward Voltage @ 25 mA = 2.1 mA (Typ) 

3. Peak Emission Wavelength ■ B60 nm (Typ) 

4. Peak Emission Wavelength = 575 nm (Typ) 



4110 



OPTOELECTRONICS (Continued) 



INFRARED-EMITTING DIODES 

Infrared (900 nm) gallium arsenide emitters are available from Motorola for use in 
light modulators, shaft or position encoders, punched card and tape readers, 
optical switching and logic circuits. They are spectrally matched for use with sili- 
con detectors. 

Peak Emission Wavelength = 900 nm (Typ) 

Forward Voltage @ 50 mA = 1.2 (Typ) 



Emission Angle - Angle at which I p emission 
is 50% of maximum intensity. 



Package 


Device Type 


Emission 
Angle 

a 


Instantaneous 

Power Output 

TypuW 


Mounting 




Panel 


Circuit 
Board 




w 

Case 81 A-01 Vletal 


Actual Slit 


MLED910 


30° 


150 <9>60 mA 




X 




Case 209-01 Metal 


Actual S<zt 


MLED930 


30° 


650 <5> 100 mA 


X 






Case 171 (2) Plastic 


Actut) Silt 


MLED900 


30° 


550 <B> 50 mA 


X 


X 




^S*J Case 234-02 
-#^ Clear Plastic 


Actual Silt 


MLED60 
MLED90 


65° 
65° 


550 ® 50 mA 
360 @ 50 mA 


X 

X 


X 
X 








Aff Case 29-02 

Ty Plastic 


Aciutl S<lt 

m 


MLED92 


110° 


650 <S> 100 mA 


X 


X 





PHOTODETECTORS 



A variety of silicon photodetectors are available for a wide range of light 
detecting applications. Devices are available in packages offering choices of 
viewing angle and size in either low cost, economical, plastic cases or rugged, 
hermetic, metal cans. Advantages over phototubes are high sensitivity, good 
temperature stability, and proven silicon reliability. Applications include card and 
tape readers, pattern and character recognition, shaft encoders, position sensors, 
counters, and others. Maximum sensitivity occurs at approximately 800 nm. 



Phototransistors 



Phototransistors are used where moderate sensitivity and medium speed (2.0 us) are required. 



Package 


Type 
Number 


Light C 
C 

Typ mA 


urrent 
H 

mW/cm 2 


BV C EO 
Volts 

Min 


Dark Ci 
I 
nAMax 


irrent 

v cc 

Voh» 


fcW Actual Sue 
'/ Case 210-01 Metal ^^ 


MRD810 


4.0 


5.0 


35 


50 


20 


i^^l Actual Size 
UJ Case 81 A-01 Metal " 


MRD604 
MRQ603 
MRO602 
MRD601 


8.5 
6.0 
3.5 

1.5 


20 

20 
20 

20 


50 
60 
50 
50 


25 
26 
25 
26 


30 
30 
30 

30 


tfOM Actual Sin 
^^ Case 82-01 Metal ^eF 


MRO310 
MRD300 


2.S 
7.5 


5.0 
5.0 


50 
50 


25 
26 


20 
20 



4-111 



OPTOELECTRONICS (Continued) 






Phototransistors (continued) 



Package 


Type 

Number 


Light Current 
• H 
Typ mA mint/cm 2 


Volts 
Min 


Dark Current 

• vec 

nA Max Volts 


Jfi Ac'.Jl Sill 

/ • 

7 CM 82-01 M.t.l 


MR 030S4 
MR 03056 
MRO30SS 
MRD3051 
MRD3050 
MHD3052 
MRO3053 


1.2 

2.5 

1.8 

0.2 

0.2 

0.25 

0.5 


5.0 
6.0 
5.0 
5.0 
6.0 
5.0 
5.0 


30 

30 
30 
30 
30 
30 
30 


100 
100 
100 
100 
100 
100 
100 


20 
20 
20 
20 
20 
20 
20 


"" Cm 27901 Plastic 


MRD120 
MRD121 


0.7 1.0 
0.25 1.0 


40 
40 


100 
100 


20 
20 


s—^^ Aetna S<m 
■^ Can 173 Clear Plastic 


MR0150 0.4S 


6.0 


40 


100 


20 


g-. ^ Actull Silt 

\J Cm. 171 01 Pintle ^ 


MRD450 


4.0 


6.0 


40 


100 


20 




red (1.0 ns). 








Photodiodes 

Photodiodes are used where high speed is requ 




Pack*** 


Type 
Number 


Light 1 
f 
TypjiA 


!urrent 
H 
mW/cm 2 


bvr 

Volts 
Min 


OerkCi 
nAMex t 


rrent 
> Volts 


jf\J^ Actull SlM 

//" Cm 209-01 M.i.l |A- 
/ Convex L.ns ^^ 


MR0500 


9.0 


5.0 


100 


2.0 


20 


>" - Actual Sim 

//■- Cos. 210-01 M.I.I flt 
/ Fl.tL.ni ^ 


MRD510 


2.0 


5.0 


100 


2.0 


20 



Photodarlingtons 



Photodarlingtons are used where maximum sensitivity is required with typical rise and fall times of 50 us. 



Package 


Type 
Number 


Light! 
t 
Typ mA 


Current 

' " 2 
mW/cm 2 


BVCEO 

Volts 
Min 


Dark Current 
nA Mex Volts 


■y' Can 82-01 M.I.I 


Actual Sim 

• 


MRD360 
MRO370 


20 

10 


0.5 
0.5 


40 
40 


100 
100 


10 
10 


W Cm 2901 Pl.tlic 


m 


2N5780 
2N5779 
2NS778 
2N5777 
MR014B 


8.0 
8.0 
4.0 
4.0 
2.0 


2.0 
2.0 
2.0 
2.0 
2.0 


40 
25 
40 
25 
12 


100 
100 
100 
100 
100 


12 
12 
12 
12 
12 



4-112 



r 





rui 




Motorola has made available to the hybrid circuit manu- 
facturer, in chip form, virtually all of the thousands of 
discrete and integrated circuit devices in its standard product 
catalog. For more detailed information on these chips, 
including testing, visual inspection, packaging, size, geometry, 
and metallization, contact your nearest Motorola represen- 
tative or distributor. 



4-113 












4-114 



»: .*. .* 



DEVICES FOR 

Ml 




*:* 



*•* 




APPLICATIONS 



The following tables list devices thai appear in QPL-19500 
(Qualified Products List) as of 16 September 1975 and are avail- 
able in the JAN. JANTX. and JANTXV versions as specified. 
Check with your local Motorola sales office or f ranchised distributor 
for current qualification status and availability. 



SILICON ZENER DIODES +5% SERIES 



Ml LS-1 9500/1 27 
1N746A JAN.JTX.JTXV thru 1N759A JANJTXJTXV 

MIL-S-19500/117 
1N962B JAN.JTX JTXV thru 1N992B JANJTXJTXV 

•MILS 19500/114 
1N2804B JAN.JTX thru 1N281 18 JAN.JTX 
1N2813B JAN.JTX 
1N2814B JAN.JTX 
1N2816B JAN.JTX 

1N2818B JAN.JTX thru 1N2820B JAN.JTX 
1N28223 JAN.JTX thru 1N2827B JAN.JTX 
1N2829B JAN.JTX 

1 N2831 B JAN.JTX thru 1N2838B JAN.JTX 
1N2840B JAN.JTX thru 1N2846 JAN.JTX 

•MILS-19500/124 
1N2970B JAN.JTX thru 1N2977B JAN.JTX 
1N2979B JAN.JTX 
1N2980B JAN.JTX 
1N2982B JAN.JTX 

1N2984B JAN.JTX thru 1N2986B JAN.JTX 
1N2988B JAN.JTX thru 1N2993B JAN JTX 
1N2995B JAN.JTX 
1N2997BJAN.JTX 

1N2999B JAN .JTX thru 1N3005B JAN.JTX 
1N3007B JAN.JTX thru 1N3O09B JAN.JTX 
1N3011B JAN.JTX 
1N3012B JAN.JTX 
1N3014B JAN.JTX 
1N3015B JAN.JTX 

MILS-19500/115 
1N3016B JAN.JTX.JTXV thru 1N3051B JAN.JTX.JTXV 



1N. . .Device Numbers 
ASSEMBLIES 
DIODES 

Reference 

Zener 

Current Regulator 

Voltage Regulator 

RECTIFIERS 



SILICON ZENER DIODES ±5% SERIES (continued) 



•Ml L-S-1 9500/358 

1N3305B JAN JTX thru 1N33128 JAN JTX 

1N3314BJAN.JTX 

1N3315B JANJTX 

1N3317B JANJTX 

1N3319B JANJTX thru 1N33218 JAN.JTX 

1N3323B J AN .JTX thru 1N3328B JAN.JTX 

1N3330B JAN.JTX 

1N3332BJAN.JTX 

1N3334B JAN.JTX thru 1N3340B JAN.JTX 

1N3342B JAN.JTX thru 1N3344B JAN.JTX 

1N3346B JAN.JTX 

1N3347B JAN.JTX 

1N3349B JAN.JTX 

1N3350B JAN.JTX 

MILS-19500/115 
1N3821A JAN.JTX.JTXV thru 1N3828A JAN.JTX.JTXV 

••MIL-S-19500/272 
1N3993A JAN .JTX thru 1N4000A JANJTX 

MIL-S-19500/435 
1N4099JAN.JTX.JTXV thru 1N4135 JAN.JTX.JTXV 

MIL-S-19500/127 
1N4370A JAN.JTX.JTXV thru 1N4372A JAN.JTX.JTXV 

•MIL-S-19500/358 
1N4549B JAN.JTX thru 1N4554B JAN.JTX 

MIL-S-19500/435 
1N4614 JAN.JTX.JTXV thru 1N4627 JAN.JTX.JTXV 

MIL-S-19500/73 
1N4557B RB.JAN.JTX thru 1N4562B JAN.JTX 



VOLTAGE REGULATORS 



MIL-S-19500/437 
1N5519B JAN JANTX thru 1N5545B JANJANTX 



SEE POPULAR PRO-ELECTRON 
DEVICES TYPES 
SECTION 8 



5-1 



DEVICES FOR MILITARY APPLICATIONS (continued) 
1N. . . DEVICE NUMBERS (continued) 












CURRENT REGULATORS 



TC REFERENCE DIODES 



MIL-S-19500/463 


1N5285 JAN.JTX.JTXV 


1N5300 JAN.JTX.JTXV 


1N5286 JAN.JTX.JTXV 


1N5301 JAN.JTX.JTXV 


1N5287 JAN.JTX.JTXV 


1N5302 JAN.JTX.JTXV 


1N5288 JAN.JTX.JTXV 


1N5303 JAN.JTX.JTXV 


1N5289 JAN.JTX.JTXV 


1N5304 JAN.JTX.JTXV 


1N5290 JAN.JTX.JTXV 


1N5305 JAN.JTX.JTXV 


1N5291 JAN.JTX.JTXV 


1N5306 JAN.JTX.JTXV 


1N5292 JAN.JTX.JTXV 


1N5307 JAN.JTX.JTXV 


1N5293 JAN.JTX.JTXV 


1N5308 JAN.JTX.JTXV 


1N5294 JAN.JTX.JTXV 


1N5309 JAN.JTX.JTXV 


1N5295 JAN.JTX.JTXV 


1N5310 JAN.JTX.JTXV 


1N5296 JAN.JTX.JTXV 


1N5311 JAN.JTX.JTXV 


1N5297 JAN.JTX.JTXV 


1N5312 JAN.JTX.JTXV 


1N5298 JAN.JTX.JTXV 


1N5313 JAN.JTX.JTXV 


1N5299 JAN.JTX.JTXV 


1N5314 JAN.JTX.JTXV 









MILS 19500 

1N429 JAN /299 

1N821 JAN.JTX.JTXV /159 

1N823 JAN.JTX.JTXV /169 

1N825 JAN.JTX.JTXV /159 

1N827 JAN.JTX.JTXV /159 

1N829JAN.JTX.JTXV /159 

1N935B JAN.JTX.JTXV /156 

1N937B JAN.JTX.JTXV /156 

1N938BJAN.JTX.JTXV /156 

1N939BJAN.JTX.JTXV /156 

1N9418 JAN.JTX. /157 

1N943B JAN.JTX /157 

1N944B JAN.JTX /157 

1N945B JAN.JTX /157 

1N3154 JAN.JTX /158 

1N3155 JAN.JTX /158 

1N3156 JAN.JTX /158 

1N3157JAN.JTX /158 

1N4565A JAN.JTX.JTXV thru /452 

1N4574A JAN JTX.JTXV 



DIODE ASSEMBLIES 



MIL-S-19500 

1N1530AJAN /320 

INI 742A JAN /298 


















RECTIFIERS 






MIL S- 19500/304 

1N3890 JAN.JTX.JTXV 
1N3890R JAN.JTX.JTXV 
1N3891 JAN.JTX.JTXV 
1N3891R JAN.JTX.JTXV 
1N3893 JAN.JTX.JTXV 
1N3893R JAN.JTX.JTXV 

MIL-S-19500/308 

1N3910R JAN.JTX 
1N3911R JAN.JTX 
1N3912R JAN.JTX 
1N3913R JAN.JTX 



5^2 



DEVICES FOR MILITARY APPLICATIONS (continued) 






2N. . . Device Numbers 

TRANSISTORS 

Field Effect, High Frequency, 
Multiple Device, Power, RF Power, 
Switching and Unijunction 

THYRISTORS 



The following tables list devices that appear in QPL-19500 (Qualified Products 
List) as of 16 September 1975 and are available in the JAN, JANTX, and JANTXV 
versions as specified. Check with your local Motorola sales office or franchised 
distributor for current qualification status and availability. 



SWITCHING AND HIGH FREQUENCY TRANSISTORS 






MIL-S-19500 



2N499JAN 112 

2N499A JAN '72 

2N502AJAN /1 12 

2N502BJAN /1 12 

2N703 JAN /153 

2N705 JAN /86 

2N706 JAN /120 

2N708JAN.JTX /312 

2N718AJAN.JTX.JTXV /181 

2N869A JAN.JTX /283 

2N914 JAN.JTX /373 

2N916 JAN /271 

2N929 JAN.JTX /253 

2N930 JAN.JTX /253 

2N962 JAN /2S8 

2N964 JAN '258 

2N1132JAN '177 

2N1613 JAN.JTX.JTXV '181 

2N2218JAN.JTX.JTXV '251 

2N2218A JAN.JTX.JTXV '251 

2N2219 JAN.JTX.JTXV '251 

2N2219A JAN.JTX.JTXV '251 

2N2221 JAN.JTX.JTXV '255 

2N2221AJAN.JTX.JTXV '255 

2N2222 JAN.JTX.JTXV '255 

2N2222A JAN.JTX.JTXV '255 

2N2369A JAN.JTX.JTXV '317 

2N2481 JAN.JTX /268 

2N2857 JAN.JTX.JTXV '343 

2N2905 JAN.JTX.JTXV /290 

2N2905A JAN.JTX.JTXV '290 

2N2906 JAN.JTX.JTXV '291 

2N2906A JAN.JTX.JTXV '291 

2N2907 JAN.JTX.JTXV /291 

2N2907A JAN.JTX.JTXV /291 

2N3013 JAN.JTX /287 



2N3250A JAN.JTX.JTXV /323 

2N3251A JAN.JTX.JTXV '323 

2N3253 JAN /347 

2N3253SJAN /347 

2N3444 JAN /347 

2N3444S JAN '347 

2N3449 JAN /338 

2N3467 JAN.JTX.JTXV '348 

2N3468 JAN.JTX JTXV '348 

2N3485A JAN.JTX '392 

2N3486A JAN.JTX '392 

2N3498 JAN.JTX .JTXV '366 

2N3499 JAN.JTX.JTXV '366 

2N3500 JAN.JTX.JTXV /366 

2N3501 JAN.JTX.JTXV '366 

2N3506JAN.JTX.JTXV /349 

2N3507JAN.JTX.JTXV '349 

2N3634 JAN.JTX.JTXV '357 

2N3635 JAN.JTX.JTXV /357 

2N3636 JAN.JTX.JTXV /357 

2N3637 JAN.JTX.JTXV '357 

2N3743 JAN.JTX.JTXV /397 

2N3762 JAN.JTX.JTXV '396 

2N3763 JAN.JTX.JTXV /396 

2N3764 JAN.JTX.JTXV '396 

2N3765 JAN.JTX.JTXV '396 

2N3959 JAN.JTX '399 

2N3960 JAN.JTX '399 

2N4405 JAN.JTX '448 

2N4449 JAN.JTX.JTXV '317 

2N4453 JAN.JTX '283 

2N4930 JAN.JTX.JTXV /397 

2N4931 JAN.JTX.JTXV '397 

2N5581 JAN.JTX '423 

2N5582 JAN.JTX '423 

2N6365 JAN '471 

2N6365A JAN '471 



POWER TRANSISTORS 



MIL-S-19500 



2N3715 JAN.JTX.JTXV '408 

2N3716 JAN.JTX.JTXV '408 

2N3739 JAN.JTX /402 

2N3740 JAN.JTX.JTXV /441 

2N3741 JAN.JTX.JTXV /441 

2N3791 JAN.JTX.JTXV /379 

2N3792 JAN.JTX.JTXV '379 

2N3867 JAN.JTX.JTXV '350 



2N3868 JAN.JTX.JTXV '350 

2N3902 JAN.JTX '371 

2N4399 JAN.JTX.JTXV '433 

2N5302 JAN.JTX /456 

2N5303 JAN.JTX '456 

2N5685 JAN.JTX.JTXV '464 

2N5686 JAN.JTX.JTXV '464 

2N5745 JAN.JTX.JTXV '433 



5-3 



DEVICES FOR MILITARY APPLICATIONS (continued) 
2N. . . DEVICE NUMBERS (continued) 
SILICON CONTROLLED RECTIFIERS 






2N4199JAN . . 


MIL-S-1950O 


.... /372 


2N4200JAN . . 






2N4201 JAN . . 






2N4202 JAN . . 






2N4203 JAN . . 






2N4204JAN . 











UNIJUNCTION 



MILS 19500 

2N4948 JAN.JTX /388 

2N4949 JAN.JTX /388 

2N5431 JAN.JTX /425 

2N6116JAN.JTX /493 

2N6117JAN.JTX /493 

2N6118 JAN.JTX /493 



MULTIPLE DEVICES 



MIL-S-19500 






2N2060 JAN.JTX JTXV 


/270 




2N3810 JAN.JTX.JTXV 


/336 




2N3811 JAN.JTX.JTXV 


.... /336 




2N4854 JAN.JTX.JTXV 


.... /421 




2N5793.94 JAN.JTX 


.... /495 





FIELD-EFFECT TRANSISTORS 



MIL-S-19500 

2N3330 JAN.JTX /378 

2N3821 JAN.JTX /375 

2N3822 JAN.JTX /375 

2N3823 JAN.JTX /375 

2N4856.59 JAN.JTX /385 



RF POWER TRANSISTORS 






MIL-S-19500 

2N918JAN.JTX.JTXV /301 

2N1 142 JAN /87 

2N1195JAN /71 

2N2273 JAN /244 

2N3127 JAN /346 

2N3375 JAN.JTX.JTXV /341 

2N3553JAN.JTX.JTXV /341 

2N3866 JAN.JTX.JTXV /398 

2N3866A JAN.JTX.JTXV /398 



The following tables list devices which are in the process of qualification for listing 
in QPL-19500 as of 16 September 1975. Check with your local Motorola sales office 
or franchised distributor for current qualification status and availability. 



POWER TRANSISTORS 



SWITCHING AND HIGH FREQUENCY TRANSISTORS 



MIL-S-19500 




2N3439.40 JAN.JTX 


/368 


2N5664.65 JAN.JTX.JTXV. . 


/465 


2N5683.84 JAN.JTX. . . 


/466 


2N6051, 52 JAN.JTX.JTXV. . 


/501 


2N6058.59 JAN.JTX.JTXV. . 


/503 


2N6306.08 JAN.JTX 


/498 



MIL-S-19500 

2N3019 JAN.JTX /391 

2N3700 JAN.JTX /391 

2N3735.37 JAN.JTX.JTXV /395 

2N4957 JAN.JTX /426 

2N5109 JAN.JTX /453 



FIELD-EFFECT TRANSISTORS 



MULTIPLE DEVICES 



MIL-S-19500 
2N5795.96 JAN.JTX.JTXV . . 



. /496 



MIL-S-19500 
2N4092 JAN.JTX 








2N4416A JAN.JTX.JTXV 

2N4857. 58.60.61 JAN.JTX 


/428 

/385 



5-4 



DEVICES FOR MILITARY APPLICATIONS (continued) 






INTEGRATED CIRCUITS 

A typical military part number consists of the JAN prefix, the general speci- 
fication number, the detail specification number, and a coded part number. 



PART NUMBER DESCRIPTION 



JAN 
or J 



U.S. 
Government 
Certification 

Mark 



MC38510 



Military 
Designator 



/001 



Detail 
Specification 



Device 
Class 



Case 
Outline 



Lead Material 
and Finish 



#A and D outlines are interchangeable. 



Product 
Assurance 

Level 
A. B. or C 

per MIL-M-38510 



Kovar or Alloy 42. 

with hot solder dip 
Kovar or Alloy 42. 

with bright acid tin plate 
Kovar or Alloy 42. 

with gold plate 



Case Outline Designator 

#A 1/4" x 1/4" flat pack. 14pin 

B 1/8" x 1/4" flat pack, 14 pin 

C 1 IV x 3/4" dual-in-line, 14 pin 

*0 1/4" x 3/8" flat pack, 14 pin 

E 1/4" x 3/4"daul-in-line. 16 pin 

F 1/4" x 3/8" flat pack. 16 pin 

G 8 lead can 

H 1/4" x 1/4" flat pack, 10 pin 

1 1 lead can 

J 1/2" x 1-1/4" dual-in-line, 24 pin 

K 3/8" x 1/2" flat pack. 24 pin 

2 1/4" x 1/2" flat pack, 24 pin 



TABLE I - JAN PART NUMBER TO MOTOROLA PART NUMBER CROSS REFERENCE 

Contact your local Motorola sales office or franchised distributor for current qualification status and availability. 



MTTL INTEGRATED CIRCUITS 



JAN 
Part 
No.'* 



Motorola 
Standard 
Part No. 



Ml L-M- 38510/001 
NAND Gates 



01 
02 
03 
04 
05 
06 
07 
08 
09 



MC5430 
MC5420 
MC5410 
MC5400 
MC5404 
MC5412 
MC5401 
MC5405 
MC5403 



MIL-M-38510/002 

Flip-Flops 



01 
02 
03 
04 
05 
06 
07 



MC5472 

MC5473 

MC54107 

MC5476 

MC5474 

MC5470 

MC5479 



JAN Motorola 

Part Standard 

No." Part No. 



MIL-M-38510/003 
NAND Buffer; 



01 
02 
03 



MC5440 
MC5437 
MC5438 



MIL-M-38510/004 
NOR Gates 



01 MC5402 

02 MC5423 

03 MC5425 

04 MC5427 



MIL-M-38510/005 

ANDORINVERT 

Gates 



01 MC5450 

02 MC5451 

03 MC5453 

04 MC5454 



••JAN type number must be 
completed as shown in the 
Part Number Description. 



JAN Motorola 
Part Standard 

No." Part No. 



MIL-M-38510/006 
Binary Full Adders 



01 MC15482 

02 MC5483 

03 MC9304 



MIL-M-38510/007 
Exclusive OR Gate 



MC5486 



MIL-M-38510/008 
Hex Buffers/Drivers 



01 
02 
03 
04 
05 



MC5406 
MC5416 
MC5407 
MC5417 
MC5426 



JAN 


Motorola 


Part 


Standard 


No." 


Part No. 


MIL-M-38510/009 


Shift Registers 


01 


MC5495 


02 


MC5496 


03 


MC54164A 


04 


MC54165 


05 


MC54194 


06 


MC54195 


MILM- 30510/010 


Decoders 


01 


MC5442 


02 


MC5443 


03 


MC5444 


04 


MC5445 


05 


MC54145 


06 


MC5446 


07 


MC5447 


08 


MC5448 


09 


MC5449 



5-5 



DEVICES FOR MILITARY APPLICATIONS (continued) 















TABLE I - JAN PART NUMBER TO MOTOROLA PART NUMBER 
CROSS REFERENCE (continued) 



MTTL INTEGRATED CIRCUITS (continued) 



JAN 
Part 
No." 



Motorola 
Standard 
Part No. 



MILM-3851 0/011 

Arithmetic Logic 

Unit 



01 

02 



MC54181 
MC54182 



MIL-M-38510/012 
Monostable 
Multivibrators 



01 


MC54121 


02 


MC54122 


03 


MC54123 



MIL-M-38510/013 
Counters 



01 
02 
03 
04 
05 
06 
07 
08 
09 



MC5492 

MC5493 

MC54160 

MC54163 

MC54162 

MC54161 

MC5490 

MC54192 

MC54193 



MIL-M-38510/014 

Data Selectors/ 

Multiplexers 



01 
02 
03 
04 
05 
06 



MC54150 

MC9312 

MC54153 

MC9309 

MC9322 

MC54151 



JAN 
Part 
No.** 



Motorola 
Standard 
Part No. 



MILM-38510/015 
Bistable Latches 



01 
02 
03 

04 



MC5475 
MC5477 
MC9308 
MC9314 



MIL-M-38510/016 
AND Gates 



01 
02 



MC5408 
MC5409 



MIL-M-38510/017 
Low-Power Flip-Flops 



01 
02 



MC54174 
MC54175 



MILA1-38510/019 

Parity Generators/ 

Checkers 



01 



MC54I80 



MIL-M-38510/020 
Low-Power NAND Gates 



01 


MC54L30 


02 


MC54L20 


03 


MC54L10 


04 


MC54L00 


05 


MC54L04 


06 


MC54L03 



MIL M-385 10/021 
Low-Power Flip-Flops 



01 
02 
03 
04 
05 



MC54L7I* 
MC54L72* 
MC54L73* 
MC54L78* 
MC54L74* 



MDTL INTEGRATED CIRCUITS 



JAN Motorola 

Part Standard 

No." Part No. 



MIL-M-38510/03O 
NAND Gates 



01 
02 
03 
04 
05 



MC930 
MC935 
MC936 
MC946 
MC962 



JAN 

Part 

No." 



Motorola 
Standard 
Part No. 



Ml L-M-385 10/031 
NAND Buffer/Expander 



01 
02 
03 
04 
05 



MC932 
MC944 
MC957 
MC958 
MC933 



JAN 
Part 
No." 



Motorola 
Standard 
Part No. 



MIL-M-38510/022 
High-Speed Flip-Flops 



01 
02 
03 
04 
05 
06 



MC54H72 

MC54H73 

MC54H74A 

MC54H76 

MC54H101 

MC54H103 



MIL-M-38510/023 

High-Speed 

NAND Gates 



01 
02 
03 
04 
05 
06 
07 



MC54H30 
MC54H20 
MC54H10 
MC54H00 
MC54H04 
MC54H01 
MC54H22 



Ml L-M-385 10/024 
High -Spaed 
NAND Buffer 



01 



MC54H40 



MIL-M- 38510/025 
Counters 



01 
02 



MC54L90* 
MC54L93* 



MIL-M-38510/026 

Low-Power 
Exclusive OR Gate 



01 



MC54L86" 



JAN 

Part 

No." 



Motorola 
Standard 
Part No. 



MIL-M-38510/032 

Monostable 

Multivibrator 



01 



MC951 



JAN 
Part 
No." 



Motorola 
Standard 
Part No. 



MIL-M-38510/027 
Low-Power NOR Gate 



01 



MC54L02* 



Ml L-M-385 10/028 

Low -Power 

Shift Registers 



01 
02 



MC54L95* 
MC54L164" 



MIL-M-38510/029 
Low-Power Decoders 



01 
02 
03 
04 
05 



MC54L42' 
MC54L43" 
MC54L44" 
MC54L46* 
MC54L47* 



MIL-M-385 10/040 

High-Speed 

AND-OR-INVERT 

Gates 



01 
02 
03 
04 

05 



MC54H50 
MC54H51 
MC54H53 
MC54H54 
MC54H55 



MIL-M-38510/041 

Low-Power 

AND-OR-INVERT 

Gates 



01 
02 
03 



MC54L51* 
MC54L54* 
MC54L55* 



MIL-M-38510/151 
Schmitt-Triggers 



01 
02 
03 



MC5413 
MC5414 
MC54132 



JAN 

Part 

No." 



Motorola 
Standard 
Part No. 



MIL-M-38510/033 
Flip-Flops 



01 
02 
03 
04 



MC945 
MC948 
MC950 
MC9093* 



•Not presently being manufactured or planned lor immediate introduction. 
* *JAN type number must be completed as shown in the Part Number Description. 



DEVICES FOR MILITARY APPLICATIONS (continued) 



TABLE I - JAN PART NUMBER TO MOTOROLA PART NUMBER 
CROSS REFERENCE (continued) 



McMOS INTEGRATED CIRCUITS 



JAN 
Part 
No.*' 



Motorola 
Standard 
Part No. 



Ml L-M-3851 0/050 
NANO Gates 



01 [MC14011A 

02 MC14012A 

03 MC14023A 



MIL-M-38510/051 
Flip-Flops 



01 
02 



MC14013A 
MC14027A 



JAN 
Part 
No." 



Motorola 
Standard 
Part No. 



Ml L-M-3851 0/052 
NOR Gates 



01 
02 
03 
04 



MC14000A 
MC14001A 
MC14002A 
MC14025A 



MIL-M-38510/053 

ANDOR-INVERT 

Gates 



01 
02 
03 



MC1400/A 

MC14019A* 

MC14030A - 



MIL-M-38510/054 
4-Bit Full Adder 



01 



MC14O08A 



JAN 
Part 
No." 



Motorola 
Standard 
Part No. 



MIL-M-38510/055 
Buffers/Converters 



01 


MC1409A 


02 


MC14010A 


03 


MC14049A 


04 


MC14050A 


05 


MC14041A 



MIL-M-38510/056 
Counters/Dividors 



01 
02 
03 
04 
05 



MC14017A 

MC14018A" 

MC14020A 

MC14022A 

MC14024A 



JAN 
Part 
No." 



Motorola 
Standard 
Part No. 



Ml L-M-3851 0/057 

Static Shif 

Registers 



01 


MC14006A 


02 


MC14014A 


03 


MC14015A 


04 


MC14021A 


05 


MC14031A 



MIL-M-38510/058 
Quad Analog Switch 



01 



MC14016A 



MECL 10,000 INTEGRATED CIRCUITS 



JAN 

Part 

No." 



Motorola 
Standard 
Part No. 



MILM-38510/060 = 
Multiple Gates 



01 
02 
03 
04 
05 
06 
07 



MC10501 
MC10502 
MC10505 
MCI 0506 
MC10507 
MC10509 
MC10504 



LINEAR INTEGRATED CIRCUITS 



JAN 

Part 
No.* 



Motorola 
Standard 
Part No. 



MIL M 38510/101 
Operational Amplifiers 



01 
02 
03 
04 
05 
06 
07 



MC1741 

MCI 747 

MLM101A 

MLM108A 

MLH2101A" 

MLH2108A' 

MLM118* 



JAN 
Part 
No." 



Motorola 
Standard 
Part No. 



MIL-M-38510/102 
Voltage Regulator 



01 



MC1723 



MIL-M-38510/103 
Voltage Comparators 



01 


MC1710 


02 


MC1711 


03 


MLM106 


04 


MLM111 



JAN 


Motorola 


Part 


Standard 


No." 


Part No. 



MIL-M-38510/104 
Line Drivers 
and Receivers 



01 
02 
03 
04 
05 



MC55107 
MC55108 
MC9614 - 
MC9615* 
MC55113" 



JAN 
Part 
No. - ' 



Motorola 
Standard 
Part No. 



MIL-M-38510/106 

Voltage Follower 

Operational Amplifiers 



01 
02 



MLM102" 
MLM110 



MIL-M-38510/107 
Voltage Regulator 



01 



MLM109 



MEMORIES 



JAN 
Part 
No.*' 



Motorola 
Standard 
Part No. 



MIL-M-38510/201 

Programmable 
Read Only Memories 



01 

02 



MCM5303 
MCM5304 



•Not presently being manufactured or planned for immediate Introduction. 
■ "JAN typo number must bo comploted as shown in the Part Number Description. 
#A draft of Ml L-M-3851 0/060 hat been issued. A series of MILM-38510 specifications has been reserved fo' the 
complete line of MECL devices including flip-flops, decoderi. and arithmetic units. 



5-7 



5-8 












^Mcffl»OOT0 



The Application Notes listed have been prepared to acquaint the circuits and systems 
engineer with the broad line of Motorola Semiconductor Products and their applications. 

To obtain copies of these notes, simply list the AN number or numbers and send 
your request on your company letterhead to: Technical Information Center, Motorola 
Semiconductor Products Inc., P. 0. Box 20912, Phoenix, Arizona 85036. 







APPLICATION NOTE 
NUMBER TITLE 

AN-139A Understanding Transistor Response Parameters 
AN-178A Epicap Tuning Diode Theory and Applications 
AN-1 82 A Method of Predicting Thermal Stability 

AN-189 Solid-State Pulse Width Modulation DC Motor Control 

AN-204A The MC1530. MC1531 Integrated Operational Amplifiers 
AN-210 FM Modulation Capabilities of Epicap VV C's 

AN-21 1 A Field-Effect Transistors in Theory and Practice 
AN-215A RF Small Signal Design Using 2-Port Parameters 
AN-219 The Field-Effect Transistor in Digital Applications 

AN-220 FET's in Chopper and Analog Switching Circuits 

AN-221 4-Layer and Current-Limiter Diodes Reduce Circuit 

Cost and Complexity 
AN-222 The ABCs of Solid-State DC to AC Inverters 

AN-238 Transistor Mixer Design Using 2-Port Parameters 

AN-240 SCR Power Control Fundamentals 
AN-24SA An Integrated Core Memory Sense Amplifier 
AN-247A An Integrated Circuit RF-IF Amplifier 
AN-248 The MC1533 Monolithic Operational Amplifier 

AN-249 Designing Around the Tuning Diode Inductance 

AN-261A Transistor Logarithmic Conversion Using An Oper- 
ational Amplifier 
AN-267 Matching Network Designs with Computer Solutions 

AN-268 Pulse Triggering of Radar Modulator SCR's 

AN-270 Nanosecond Pulse Handling Techniques In IC Inter- 

connections 
AN-273A More Value Out of Integrated Operational Amplifier 

Data Sheets 
AN-282A Systemmng RF Power Amplifier Design 
AN-290B Mounting Procedure for, and Thermal Aspects of, 

Thermopad Plastic Power Devices 
AN-293 Theory and Characteristics of the Unijunction 

Transistor 
AN-294 Unijunction Transistor Timers and Oscillators 

AN-295 Suppressing RFI in Thyristor Circuits 



SEE POPULAR PRO-ELECTRON 
DEVICES TYPES 
SECTION 8 



APPLICATION NOTE 
NUMBER TITLE 

AN-298 Noise Immunity With High Threshold Logic 

AN-299 An I C Wideband Video Amplifier With AGC 

AN-401 The MC1554 One-Watt Monolithic Integrated Circuit 

Power Amplifier 
AN-403 Single Power Supply Operation of IC Op Amps 

AN-404 A Wideband Monolithic Video Amplifier 

AN-407 A General Purpose IC Differential Output Opera- 

tional Amplifier 

AN-411 The MC1535 Monolithic Dual Op-Amp 

AN-413 Unijunction Trigger Circuits for Gated Thyristors 

AN-414 Operation and Application of MHTL IC Flip-Flops 

AN-415A Avoiding Second Breakdown 

AN-416 One-Step High Order Frequency Multipliers 

AN-417A IC Crystal Controlled Oscillators 

AN-418 High Speed Monostable Multivibrator Design With 

MECL Integrated Circuits 
AN-419 UHF Amplilier Design Using Data Sheet Design Curves 

AN-421 Semiconductor Noise Figure Considerations 

AN-423 Field-Effect Transistor RF Amplifier Design Techniques 

AN-426A Low-Power Audio Amplifiers Using Complementary 

Plastic Transistors 
AN-436 Conventional and Self-Start Dimming of Incandescent 

Lights 
AN -437 8 Design Considerations and Performance of Motorola 

Temperature-Compensated Zener Reference Diodes 
AN-439 MCI 539 Op-Amp and its Applications 

AN-440 Theory and Characteristics of Photottansistors 

AN-442 Designing DC-DC Converters for Capacitor Charging 

With Batteries 
AN-443 Directional and Speed Control for Series, Universal 

and Shunt Motors 
AN-445 Pulse-Width Modulation for DC-Motor Speed Control 

AN-447 Fast Charging Systems for Ni-Cd Batteries 

AN465 Using the FET Designer Data Sheet for Worst Case 

Amplifier Circuit Design 



6-1 



APPLICATION NOTES (continued) 



APPLICATION NOTE 
NUMBER TITLE 

AN-459 A Simple Technique for Extending Op-Amp Power 

Bandwidth 
AN-460 Using Transient Response to Determine Operational 

Amplifier Stability 
AN461 Transient Suppression With a Power Zener Diode. 

AN-462 FET Current Regulators - Circuits and Diodes 

AN464 MTTL Designer's Note - The MC4004/MC4005, 

A 16-Bit Random Access Memory 
AN-465 MTTL Designer's Note - TheMC4006/MC4007 

Decoders 
AN-466 Circuit Applications for the Triac 

AN-467 Using Motorola High Threshold Logic 

AN469 Line Operated 15kHz Inverter 

AN -4 70 Bipolar Chopper Transistors and Circuits 

AN-471 Analog-to-Digital Conversion Techniques 

AN-472 Mounting and Heat Sinking Uniwatt Plastic Transistors 

AN473 A Monolithic High-Power Series Voltage Regulator 

AN474 TheMC1541 -A Gated Dual-Channel Sense Amplifier 

for Core Memories 
AN475 UsingtheMC1545 - A Monolithic. Gated-Video 

Amplifier 
AN-478A Small-Signal RF Design With Dual-Gate MOSFETs 
AN481 A Broadband 4-Watt Aircraft Transmitter 

AN482 Electronic Speed Control of Appliance Motors 

AN4838 20 and 30 Watt Power Amplifiers Using Darlington 

Output Transistors 
AN484A Medium-Power Audio Amplifiers 
AN485 High-Power Audio Amplifiers With Short-Circuit 

Protection 
AN488 High-Speed Addition Using Lookahead Carry Tech- 

niques 
AN489 Analysis and Basic Operation of the MC1595 

AN491 Gated Video Amplifier Applications, the MC1545 

AN493 The MC3000/MC3100 Series Transistor-Transistor 

Logic Flip-Flops 
AN496A Error Detection and Correction Using Exclusive-OR 

Gates and Parity Trees 
AN498 Voltage and Current Boost Techniques Using the 

MC1560-61 
AN499 Shutdown Techniques for the MC1560-61/69 Mono- 

lithic Voltage Regulators 
AN-500 Development, Analysis, and Basic Operation of the 

MC1S60-61 Monolithic Voltage Regulators 
AN-504 The MC1600 Series MECL III Gates 
AN-505 The MC4012, A MTTL 4-Bit Shift Register 

AN-506 Code Conversion With Semiconductor Read Only 

Memories 
AN-507 A 13-Watt Broadband AM Aircraft Transmitter 

AN-508 Applications of Phototransistors in Electro-Optic 

Systems 
AN-509 True RMS Voltage Regulators 

AN-51 1 Low Frequency Applications of Field-Effect Transistors 

AN-512 Applications ol Fast-Recovery Rectifiers 

AN-513 A High Gain Integrated Circuit RF-IF Amplifier With 

Wide Range AGC 



APPLICATION NOTE 
NUMBER TITLE 

AN-517 Improving the Efficiency of Low-Voltage, High-Current 

Rectification 
AN-618 Constant-Speed Motor Control Using Tachometer 

Feedback 
AN-519 Using MDTL Logic Blocks 

AN-521 Using Balanced Emitter Transistors in RF Applications 

AN-522 The MC1556 Operational Amplifier and its Application: 

AN-524 Converting Relay Control Systems to Digital ICs 

AN-526 Theory, Characteristics and Applications of Silicon 

Unilateral and Bilateral Switches 
AN-527 Theory, Characteristics and Applications of the Pro- 

grammable Unijunction Transistor 
AN-529 Regulated Line Operated Inverter Uses High Voltage 

Power Transistors and Hot-Carrier Rectifiers 
AN-530A The MC7491A Eight-Bit Serial Shift Register and the 

MC7495 Four-Bit Shift Register 
AN-531 MCI 596 Balanced Modulator 

AN-532A MTT L and ME CL Avionics Digital Fequency Synthesize 
AN-533 Semiconductors for Plated-Wire Memories 

AN-535 Phase-Locked Loop Oesign Fundamentals 

AN-536 Micro-T Packaged Transistors for High-Speed Logic 

Systems 

AN-540 A Synchronously Gated N-Decade Sweep Oscillator 

AN-541 Medium Scale Integration in the Numerical Control 

Field 
AN-543 Integrated Circuit IF Amplifiers for AM/FM and FM 

Radios 
AN-544A Printed Circuit VHF TV Tuners Using Tuning Diodes 
AN 545 Television Video IF Amplifier Using Integrated Circuits 

AN-546 Solid State Linear Power Amplifier Design 

AN-547 A High-Speed Dual Differential Comparator, the MC151 

AN-548A Microstrip Design Techniques for UHF Amplifiers 
AN-549 A Vertical Deflection Circuit Using Complementary 

Transistors 
AN-550 Programming the MCM5003/5004 Programmable 

Read Only Memory 
AN 551 Tuning Diode Design Techniques 

AN-552 The Control Engineer's Guide to IC Applications 

AN-553 A New Generation of Integrated Avionic Synthesizers 

AN-555 Mounting Stripline-Opposed-Emitter (SOE) Transistors 

AN-556 Interconnection Techniques for Motorola's MECL 

10,000 Series Emitter Coupled Logic 
AN-557 Analog-to-Digital Cyclic Converter 

AN-559 Simple RAMP A/D Converter 

AN-560 Designing Tuned Lines for UHF TV Tuners 

AN -561 How to Use Photosensors and Light Sources 

AN-563 Hybrid Gain Modules for Use in CATV Trunk and 

Line Extender Amplifiers 
AN-564 An ADF Frequency Synthesizer Utilizing Phase-Locked 

Looped Integrated Circuits 
AN-565 Using Shift Registers as Pulse Delay Networks 

AN-566 High-Speed Binary Multiplication Using the MC10181 

AN-567 MECL Positive and Negative Logic 

AN-568 A FuseThyristor Coordination Primer 



6-2 



APPLICATION NOTES (continued) 



APPLICATION NOTE 
NUMBER TITLE 



Transient Thermal Resistance - General Data and 
Its Use 

Isolation Techniques Using Optical Couplers 

CMOS: A New Logic Type for Control Systems 

Variable Speed Control System for Induction Motors 

The Logical Design of Shift Counters 

Design Techniques for an 80-Watt, 175 MHz Trans- 
mitter for 12.5 Volt Operation 

UHF Microstrip Amplifiers Utilizing G-10 Epoxy-Glass 
Laminate 

Testing MECL 10,000 Integrated Logic Circuit! 

Thermal Runaway in High Power Thyristors 

An MSI 1500-MHz Frequency Counter Using MECL 
and MTTL 

A MECL 10,000 Main-Frame Memory System Employ- 
ing Dynamic MOS RAMs 

Programmable Counters Using the MC10136 and MC10137 
MECL 10,000 Universal Counters 

VHF Power Amplifiers Using Paralleled Output Transistors 

Measure Frequency and Propagation Delay With High- 
Speed MECL Circuits 

Analysis and Design of the Op-Amp Current Source 

A 20 kHz, 1 kW Line Operated Inverter 

Generate Custom Waveforms Digitally 

Servo Motor Drive Amplifiers 

AC Noise Immunity of MECL 10,000 Integrated 
Circuits 

Broadband Linear Power Amplifiers Using Push- 
Pull Transistors 

A Frequency Synthesizer for Aircraft Automatic 
Direction Finding Systems 

25-Watt and 10-Watt VHF Marine Band Transmitters 

A Class D Citizen's Band Transmitter Using Low-Cost 
Plastic Transistors 

Power Control Using the Zero Voltage Switch 

Four Terminal, Optically Isolated Zero Crossing AC 
Relay 

Mounting Techniques for Metal Packaged Power Semi- 
conductors 

Simulate MECL System Interconnections With A Com- 
puter Program 

Understanding MECL 10.000 DC and AC Datasheet 
Specifications 

High-Speed Digital-To-Analog and Analog-To-Digital 
Techniques 

Designing Digitally-Controlled Power Supplies 

Broadband Network Oesign for UHF Amplifiers 

Pulse Width Modulation for Small DC Motor Control 

A CRT Display System Using NMOS Memories 

Noise Immunity Comparison of CMOS Versus Popular 
Bipolar Logic Families 

Line Driver and Receiver Considerations 

MECL 10,000 Arithmetic Elements MC10179. MC10180, 
MC10181 



APPLICATION NOTE 
NUMBER TITLE 

AN-710 Communication System Transmission Losses 

AN-71 1 The Recovery of Recorded Digital Information in Drum, 

Disk and Tape Systems 
AN-712A Interface Techniques Between Industrial Logicand 

Power Devices 
AN-713 Binary D/S Converters can Provide BCD-Coded Con- 

version 
AN-714 A Personalized Heart-RateMonitorWith Digital Readout 

AN-715 Introduction to CMOS IC's With 3-State Outputs 

AN-716 Successive Approximation A/D Conversion 
AN-71 7 Battery Powered 5-MHz Frequency Counter 

AN-718A Industrial Clock/Timer Featuring Back-Up Power 

Supply Operation 
AN-719 A New Approach to Switching Regulators 

AN-720 Interfacing With MECL 10,000 

AN-721 Impedance Matching Networks Applied to RF Power 

AN-312 Transistors 

(European) 

AN-722 Replacing Sequential Logic With ROMs 

AN-724 Operational Aspects of Motorola's Data Terminal 

AN-725 A Low-Cost 80 V-1 .5 A Color TV Power Supply 

AN-726 8ussing With MECL 10,000 Integrated Circuits 

AN-727 Television Horizontal APC/AFC Loops: The Last 10 Per- 
cent 
AN-728 13-Watt Microstrip Amplifier for 220-225 MHz Operation 

AN-729 A Medium Cost PLL Varactor Tuning System Utilizing 

Off-the-Shelf Logic 
AN-730 A High-Speed FIFO Memory Using the MECL MC10143 

Register File 
AN-731 Low-Speed Modem Fundamentals 

AN-732 A Non-Volatile Microprocessor Memory Using 4K 

N-Channel MOS RAMs 
AN-733 A ROM-Digital Approach to PWM-Type Speed Control 

of ac Motors 
AN-734 SCR Controller for a Series Field dc Motor 

AN-735 Solid-State Gas/Smoke Detector System 

AN-736 Lead Forming Tool for Plastic Micro-T Devices 

AN-737 Switched Mode Power Supplies - Highlighting a 5-V, 

40-A Inverter Design 
AN 738 N BCD Sign and Magnitude Adder/Subtracter 

AN-739 A Synthetic Spectrum Tunign System for TV 

AN-740 The Designing on N-Channel 16 x 16-Bit Memory 

System for the PDP-11 
AN-741 Interface Considerations for Numeric Display Systems 

AN-742 A 200 MHz Autoranging MECL-McMOS Frequency Counter 

AN- 743 Five-Digit Accumulator/Elapsed Time Indicator 

AN-744 A Phase-Locked Loop Tuning System for Television 

AN-746 A 354-Digit DVM Using An Integrated Circuit Dual 

Ramp System 
AN-747 Low-Speed Modem System Design Using the MC6860 

AM 718 Applications of MC1405/MC14435 in Digital Meters 

AN-749 Broadband Transformers and Power Combining Tech- 

niques for RF 
AN-750 A Self-Regulating Horizontal Scan System 



6-3 



APPLICATION NOTES (continued) 



APPLICATION NOTE 
NUMBER TITLE 
AN-755 Solid-State Relays for AC Power Control 

Crystal Switching Methods for MC12060/MCI2061 

Oscillators 

Analog-to-Digital Conversion Techniques With the M68C 

Microprocessor System 



•AN-756 



•AN-757 



APPLICATION NOTE 
NUMBER TITLE 

AN-751 A Disassociated Intercarrier Television Video IF Amplifier 

AN-752 An 80-Watt Switching Regulator for CATV and Indus- 

trial Applications 
AN-753 Scanning Logic for RF Scanner-Receivers Using CMOS 

Integrated Circuits 
AN-754 Device Operation and System Implementation of the 

Asynchronous Communications Interface Adapter 'Available Soon. 

(MC6850) 

ENGINEERING BULLETINS SELECTION GUIDE 

The Engineering Bulletins listed below have been prepared to acquaint the systems engineer with the broad line of Semicon- 
ductor Products and their applications. 

To obtain copies of these bulletins, simply list the EB number or numbers and send your request on your company letterhead 
to: Technical Information Center, Motorola Semiconductor Products Inc., P. O. Box 20912, Phoenix, Arizona 85036. 



ENGINEERING BULLETIN 

NUMBER TITLE 
EB-1 Sensitive Gate Triacs Form IC Alliance - Operate 

Loads to 4 A - 600 V 
EB-4 We Sense A Change in You, Friend . . . 

EB-5 Get the Drift, Men . . . 

EB-7 Madaml Your Circuit Scheme Shows Symptoms of 

Triac Inadequacy 
EB-8 How to Apply the MHW709/710 UHF Power Modules 

EB-10 Scope's Vertical Amplified by New Circuit 

EB-1 1 Scope Sweep is Quick on the Trigger 

EB-1 2 Clock/Timer Controls Time-Dependent Industrial Systems 

EB-1 3 Switching Regulators Head 'Em Off at the Series Pass 

EB-14 Simple Linear Voltage Sweep Uses the MC1555 Timer 

EB-1 5 Power Darlington Design Tips 

EB-17 Simple VHF Broadband Design Uses CO Transistor Lineup 

EB-18 CQ, Modular Techniques Make 45 Watt UHF Amplifier 

Practical 
EB-19 Controlled-Q RF Technology - What It Means, How 

it's Done 
EB-20 Multiplier/Op-Amp Circuit Detects True RMS 

EB-21 DAC Key to Inexpensive 2 2/3 Digit Voltmeter 

EB-22 Economical 225 MHz Receiver Front End Employs FETs 

EB-23 How to Apply the MHW601/B02 VHF Power Modules 

EB-24 Input Buffer Circuits for the MCI 505 Dual Ramp A-to-D 

Converter Subsystem 
EB-25 Four Building Block Amplifiers for 900 MHz 

Communications 
EB-26 A Metallization System for UHF and Microwave Power 

Transistors 
EB-27 Get 300 Watts PEP Linear Across 2 to 30 MHz From 

This Push-Pull Amplifier 
EB-28 Low-Cost, Easy-to-Build Exciter/Multiplier for 225 MHz 

FM Transmitters 
EB-29 The Common Emitter TO-39 and its Advantages 

EB-30 Sensitive Gate SCRs - Don't Forget the Gate Cathode 

Resistor 

EB-31 Performance of the M HW560 Series of CATV Ampli- 

fier Modules in 50 Ohm Systems 

EB-32 A Complementary Symmetry Amplifier for 2 to 30 MHz 

SSB Driver Applications 



ENGINEERING BULLETIN 
NUMBER TITLE 
EB-33 Solid-State Gas/Smoke Detector Systems 

EB-34 A Low-Cost 18.75 MHz Oscillator-Buffer for FM 

Transmitters 
EB-35 Autopolarity Circuits for the MC1405 Dual-Slope A/D 

Converter System 
EB-36 4 1/2 Digit DVM System Using the MC1505 Dual-Slope 

Converter 
EB-37 Amplifier Gains 10 dB Over Nine Octaves 

E8-38 Measuring the Intermodulation Distortion of Linear 

Amplifiers 
EB-39 80-Watt CATV Switching Regulator Useful in Industrial 

Amplifiers 
EB-40 Three CMOS BCD-to-Seven Segment Decoders 

EB-41 The LED Circular Timepiece 

EB-42 Motorola Field-Effect Liquid Crystal Displays - A 

Light Look 
EB-43 A 9 1/2 Digit Gas Discharge Display System With 

Leading Zero Suppression 
EB44 An Isolated, Picket-Fence Firing Circuit for High 

Current SCRs 
EB46 A Single-Device, 80-Watt, 50-0hm VHF Amplifier 

EB-47 Event Counter and Storage Latches for High Frequency 

High Resolution Counters 
EB-48 A Time Base and Control Logic Subsystem for High 

Frequencies, High Resolution Counters 
EB-49 Application Performance of the MC6860 Modem 

EB-50 Build This Simple, Battery-Powered 3 1/2 Digit DVM 

From Standard Parts 
EB-5 1 Successive Approximation BCD A/D Converter 

EB-52 Control Your Switching Regulator With the MC3380 

Astable Multivibrator 
EB-53 Two VHF Highband Gain Blocks Form 20 dB, 30-Watt 

Amplifier Chain 
EB-54 A Simple Line Phase-Reversal Detection Circuit 

EB-55 Battery-Powered 3 1/2 Digit Multimeter 

EB-56 A Cordless, CMOS Liquid Crystal Display Clock 

EB-57 An Economical FM Transmitter Voice Processor from a 

Single IC 
EB-58 Analog Data Acquisition Network for Digital Processinc 

Using the MC1405-MC14435 A/D System 



64 






AN 






CATALOG INDEX 






A complete index of type numbers in alphanumerical order for 
instant device identification. Many of the devices are referred by 
section and page number to more comprehensive tables in this 
book. Device types that are not referenced are, nevertheless, 
manufactured and inventoried by Motorola, but are suggested 
principally for replacement purposes. 












SEE POPULAR PRO-ELECTRON 
DEVICES TYPES 
SECTION 8 



7-1 



CATALOG INDEX 


continued) 










| 




WVJCE MGt 


OCWCC PMC 


DEVICE PAGt 


| MM PACE 


DEVICE PAGE 


OEVtCE 


PAGE 


DIODES 


1/4M22Z5 


DIODES 


1N703A-4 


1N728 


1N755AJTX 






Zener 
1/4H2.4AZ 


1/4M22Z10 


Reference 


1N703A-5 


1N728A 


1N755AJTXV 






I/4M24Z 


.4M1.36FR2 4-82 


1N703A-6 


1N729 


1N75B 


. . .4-77 




1/4M2.4AZ5 


1/4M24Z5 


4M1.36FR5 4-82 


1N704 


1N729A 


1N756A 






1/4M2.4AZ10 


1/4M24210 


4M2.04FR2 4-82 


1N704A 


1N730 


1N756AJAN 






1/4M2.7AZ 


1/4M252 


4M2.04FR5 4-»2 


IN704A-O 


1N730A 


1N75BAJIX 






1/4M2.7AZ5 


1/4H25Z5 




IN704A-1 


1N731 


1N756AJIXV 






1/4M2.7AZ10 


1/4M2S210 


Zener 


1N704A-2 


1N731A 


1N757 


...4-77 




1/4M3.0A2 


1/4M27Z 


1M1I0ZS5 


1N704A-3 


1N732 , 


1N757A 






1/4M3.0AZ5 


1/4M27Z5 


1M110ZS10 4-78 


1N704A-4 


1N732A 


1N757AJAN 






1/4M3.0A210 


1/4M27210 


1M120ZS5 


1N704A-5 


1N733 


1N757AJIX 






1/4M3.3A2 


1/4M30Z 


1H1202S10 4-78 


IN705 


1N733A 


1N757AJTXV 






1/4M3.3AZ5 


1/4M30Z5 


1M1302SS 


1N705A 


1N734 


1N758 


...4-77 




1/4M3.3A210 


1/4M30Z10 


1M1302S10 4-78 


IN705AO 


IN734A 


1N758A 






1/4M3.6A2 


1/4M33Z 


IM140ZS5 


1N705A-1 


1N735 


1N758AJAN 






1/4M3.6AZ5 


1/4M33ZS 


1M140ZSI0 4-78 


1N705A-Z 


1N735A 


1N758AJTX 






1/4M3 6AZ10 


1/4M33Z10 


1M1S0ZS5 


1N705A-3 


1N73E 


1N758AJTXV 






1/4M3.9AZ 


1/4M36Z 


IM150ZS10 4-78 


1N705A-4 


1N73EA 


1N759 


4-77 




1/4M3.9A25 


I/4M36Z5 


1M1B0ZS10 4-78 


1N705A-5 


1N737 


1N759A 






1/4M3.9A210 


1/4M36Z10 


1MI75ZS5 


1N705A-6 


1N737A 


1N759AJAN 






1/4M4.3A2 


1/4M39Z 


1M175ZS10 


1N705A-7 


1N738 


1N759AJTX 






1/4M4.3AZ5 


I/4M39ZS 


1M180ZS10 . . .4-78 


1N705A-8 


1N738A 


1N759AJIXV 






1/4M4.3AZ10 


1/4M39Z10 


1M200ZS5 


1N70B 


1N739 


1N7B1 






1/4M4.7A2 


I/4M43Z 


1M2002S10 4-7» 


IN 706 A 


1N739A 


1K7S1A 






1/4M4.7AZ5 


1/4M43Z5 




1N706A-0 


IN740 


1N7B1-1 






1/4M4.7A210 


1/4H43Z10 


RECTIFIERS 


1N706A-1 


1N740A 


1N7E1-2 






1/4MS.1U 


1/4M45Z 


IN248B 4-87 


1N706A-2 


1M741 


1N7E2 






1/4M5.1AZ5 


1/4M45Z5 


1N248C 


1N706A-3 


1N741A 


1N7E2A 






1/4HS.1A210 


1/4M45Z10 


1N249B 4-87 


1N706A-4 


1N742 


SB 






1/4HS.6A2 


1/4M47Z 


IN249C 


1N706A-5 


1N742A 






1/4M5.6AZ5 


1/4M47Z5 


IN250B 4-87 


IN70EA-E 


1H743 


1N7S3 






1/4M5.BAZ10 


1/4M47Z10 


1N250C 


IN 706 A 7 


1N743A 


1N7E3A 






1/4MS.2AZ 


1/4M50Z 




1N706A8 


1N744 


1N763-1 






1/4M6.2AZ5 


1/4MS0Z5 


DIODES 


1N706A-9 


1N744A 


1N763-2 






1/4M6.2AZ10 


1/4M5O210 


TC 


1N707 


1N745 


1N763-3 






1/4H6.8AZ 


1/4M52Z 


1N429 4 80 


IN707A 


1N745A 


1N7E4 






1/4U6.8A25 


1/4M5225 


1N429JAN 


1N707A0 


1N748 4-77 


1N7E4A 






I/4II6.8AZ10 


1/4MJ2210 




1H707A-1 


1N74SA 


IN7E4-I 






1/4N6.8Z 


1/4MSEZ 


RECTIFIERS 


1N707A2 


1N74EAJAN 


1N764-2 






1/4M6.82S 


1 4M56Z5 


1N550 


1N707A-3 


IN74EAJIX 


1N764-3 






1/4ME.8210 


I/4MS6ZI0 


1N551 


1N707A-4 


IN74BAJIXV 


1N7E4-4 






1/4M7.52 


1/4ME22 


1H552 


IN707A-5 


1N747 4-77 


1N7B5 






1-4M7.5Z5 


I/4NE2Z5 


IN553 


IN707A6 


1N747A 


1N765A 






1/4M7.5Z10 


1/4ME2Z10 


1N554 


IN707A-7 


IN747AJAN 


1N765-1 






1/4M8.2Z 


1/4ME8Z 


1N555 


1N708 


1N747AJTX 


1N7B5-2 






1/4H8.22S 


1/4H68ZS 


1N562 


1N708A 


1N747AJIXV 


1N7EB 






1/4N8.2Z10 


I/4H68Z10 


1N563 


IN 709 


1N748 4-77 


1N7EEA 






1/4M9.1Z 


1/4M75Z 


1NS07.R 


1N709A 


IN748A 


1H7661 






1/4M9.125 


1/4M75Z5 


1N607A.RA 


IN710 


1N748AJAN 


1N766-2 






1/4M9.1210 


1/4M7SZ10 


1N608.R 


IH710A 


1N748AJIX 


1N766-3 






1/4M102 


1/4M82Z 


INE08A.RA 


1N71I 


1N748AJTXV 


1N767 






1/4H10Z5 


1/4M822S 


1N609.B 


IN711A 


1N749 4-77 


1N7E7A 






1/4M102I0 


I/4M82210 


1N609A.RA 


1N712 


1N749A 


IN 767-1 






1/4H11Z 


1/4M9IZ 


1N6I0.R 


1N712A 


1N749AJAN 


1N767-2 






1/4MUZ5 


I/4M912S 


1N6I0A.RA 


1N713 


1H749AJTX 


1N767-3 






1/4M11Z10 


1/4M91Z10 


1NEI1.R 


IN7I3A 


IN749AJTXV 


IN 768 






1/4M12Z 


1/4M100Z 


1N611A.RA 


1N714 


1N750 4-77 


IN768A 






1/4M12Z5 


1/4H100Z5 


1NEI2.R 


IN714A 


1N750A 


IN 768-1 






1/4M12210 


1/4M100Z10 


1NE12A.RA 


1N715 


IN750AJAN 


IN 768- 2 






1/4M132 


1/4M105Z 


1NE13.R 


1N715A 


IN7S0AJIX 


1N768-3 






1/4M132S 


1/4M10SZ5 


1NS13A.RA 


1N716 


IN750AJIXV 


1N769 






1/4H13Z10 


1/4M105ZI0 


1NS14.R 


1N716A 


1N751 4-77 


1N769A 






1/4M14Z 


1/4M110Z 


1NEI4A.RA 


1N717 


1N751A 


1N769-1 






1/4M14Z5 


1/4M 11025 




1N717A 


1N7S1AJAN 


1N769-2 






1/4M14Z10 


1/4M110Z10 


DIODES 


1N718 


1N751AJTX 


1N7B9-3 






1/4M15Z 


1/4M120Z 


Zener 


1N718A 


1N751AJIXV 


1N7E9-4 






1/4M1SZS 


1/4HI20Z5 


1N702 


1N719 


1N752 4-77 








1/4M1S210 


1/4M120Z10 


1N702A 


IN719A 


1N752A 


Reference 






1/4M162 


1/4M130Z 


1N702A-0 


1N720 


IN752AJAN 


1N816 






1/4M16Z5 


1/4MI30Z5 


1N702A1 


1N720A 


IN752AJTX 








1/4M1E210 


1/4M130Z10 


1N702A-2 


1N721 


1N752AJTXV 


TC 






1/4M17Z 


1/4M140Z 


1N702A-3 


IN721A 


1N753 4-77 


1N821 


... 4-79 




1/4M17Z5 


1/4M140Z5 


IN702A-4 


1N722 


IN753A 


1N821A . 


, .4-79 




1/4M17Z10 


1/4M140Z10 


1N702A-5 


1N722A 


1N7S3AJAN 


1N821JAN 






1/4M18Z 


1/4M150Z 


1N702A-6 


1N723 


1N753AJTX 


1N821JTX 


...4-79 




1/4M1825 


1/4M1S0Z5 


1N702A-7 


1N723A 


1N753AJTXV 


1N821JTXV 






1/4M18210 


1/4M150Z10 


1N702A-8 


1N724 


1N754 4-77 


1N823 


. . . .4-79 




1/4M19Z 


1/4M175Z 


1N702A-9 


IN724A 


1N754A 


1N823A ... 


4-79 




1/4M192S 


I/4M17525 


1N703 


1N725 


1N754AJAN 


1N823JAN 






1/4M19Z10 


1/4M175Z10 


1N703A 


1N725A 


1N754AJIX 


1N823JTX.. .. 


...4-79 




1/4M202 


1/4M200Z 


1N703A0 


1N72B 


1N754AJTXV 


1N823JTXV 






1/4M20Z5 


1/4M200Z5 


1N703A1 


1N726A 


1N755 4-77 


1N825 


. .4-79 




I/4M20Z10 


1/4M200Z10 


1N703A-2 


1N727 


IN755A 


1N825A .. . 


. .4-79 




1/4H222 




1N703A-3 


1N727A 


1N755AJAN 


IN825JAN 







7-2 



CATALOG INDEX (continued) 



0W1CE 


PMC 


BGHCC PAW 


device pagc 1 

1N976A 


Mm 

1N990A 


PMC 1 


OtVICl PMC 


DfWCC PMt 1 


1N825JTX... 


. 4-79 


1N962A 


1N1318 


1N1368A.AR 


1N825JIXV 




1N962B 


1N9768 


1N990B 




1N1318A 


1N1369.R 


1N827 


.4-79 


1N962BJAN 


1N976BJAN 


1N990BJAN 




1N1319 


1N1369A.AR 


1N827A 


. .4-79 


1N962BJTX 


1N976BJTX 


1N990BJTX 




1N1319A 


1N1370.R 


1N827JAN 




1N962BJIXV 


1N976BJTXV 


1N990BJTXV 




1N1320 


1N1370A.AR 


1N827JTX. 


. .4-79 


1N963 4-77 


1N977 4-77 


1N991 




1N1320A 


1N1371.R 


1N827JTXV 




1N963A j 

1N9638 


1N977A 


1N991A 




IN 1321 


1N1371A.AR 


1N829 


. 4-79 


1N977B 


1N991B 




1N1321A 


1N1372.R 


1N829A 


4-79 


1N963BJAN 


1N977BJAN 


1N991BJAN 




1N1322 


1N1372A.AR 


1N829JAN 




1N963BJTX 


1N977BJTX 


1N991BJR 




1N1322A 


1N1373.R 


1N829JTX 


4-79 


1N963BJIXV 


1N977BJTXV 


1N991BJTXV 




1N1323 


1N1373A.AR 


1N829JTXV 




1N964 4-77 


1N978 4-77 


1N992 




1N1323A 


1N1374.R 


1N935 


4-79 


1N964A 


1N978A 


1N992A 




1N1324 


1N1374A.AR 


1N935A .... 


.4-79 


1N964B 


1N978B 


1N992B 




1N1324A 


1N1375.R 


1N935B . 


4-79 


1N964BJAN 


1N978BJAN 


1N992BJAN 




1N1325 


1N137SA.AR 


IN935BJAN 


4-79 


1N964BJIX 


1N978BJIX 


IN992BJTX 




1N1325A 


IN 1507 


1N935JIX 


.. .4-79 


1N964BJTXV 


1N978BJTXV 


1N992BJTXV 




1N1326 


1N1507A 


1N935BJTXV 


4-79 


1N965 4-77 


1N979 4-77 






1N1326A 


1N1S08 


1N936 


. 4-79 


1N965A 


1N979A 


RECTIFIERS 




IN 1327 


IN 1508 A 


1N936A ... 


4-79 


1N965B 


1N979B 


lNU15.lt 




1N1327A 


1N1509 


1N936B 


4-79 


1N965BJAN 


1N979BJAN 


1NU16.R 






1N1509A 


IN937 


4-79 


1N965BJTX 


1N979BJTX 


1N1117.R 




RECTIFIERS 


1N1510 


1N937A 


4-79 


1N965BJTXV 


1N979BJTXV 


1N1118.R 




181341.8 


1N1510A 


1N937B ... 


4-79 


1N966 4-77 


1N980 4-77 


1NU19.R 




1N1341A.RA 


1N1511 


1N937BJAN 


4-79 


1N966A 


1N980A 


1N1120.R 




1N1341B.R8 


1N1511A 


1N937BJTX 


4-79 


1N966B 


1N980B 


1NU24.R 




1N1342.R 


1N1512 


1N937BJTXV . 


4-79 


1N96SBJAN 


1N980BJAN 


1N1124A.RA 




1N1342A.RA 


1N1512A 


1N938 


4-79 


1N966BJIX 


1N980BJIX 


1M125.R 




1N1342B.RB 


1N1513 


1N938A 


4-79 


1N966BJTXV 


1N980BJTXV 


1N1125A.RA 




1N1343.R 


1N1513A 


1N938B 


.4-79 


1N967 4-77 


1N981 4-77 


1N1126.R 




1N1343A.RA 


1N1514 


IN938BJAN 


.. 4-79 


1N967A 


1N981A 


1NU26A.RA 




1N1343B.RB 


1N1514A 


IN938BJIX 


4-79 


1N967B 


1N98IB 


1N1127.R 




1N1344.R 


1N1515 


1N938BJIXV 


. .4-79 


1N967BJAN 


1N981BJAN 


1N1127A.RA 




1N1344A.RA 


1N1515A 


1N939 . 


. 4-79 


1S967BJTX 


1H981BJ7X 


1N1128.R 




1N1344B.RB 


1N1516 


1N939A 


4-79 


1H967BJIXV 


1N981BJTXV 


1NU28A.RA 




1N1345.R 


1N1516A 


1N939B 


. .4-79 


1N968 4-77 


1N982 4-77 


1N1183 


4-»7 


1N1345A.RA 


181517 


1N939BJAN . 


4-79 


1N968A 


1N982A 


IN1183A 


4-87 


1N134SB.RB 


1N1517A 


1N939BJIX . 


.4-79 


1N968B 


189*28 


1N1184 


4 87 


181346,8 


1N1518 


1N939BJIXV 


. 4-79 


1N968BJAN 


1N982BJAN 


1N1184A 


.4-87 


1N1346A.RA 


1N1518A 


1N940 




1N968BJTX 


1N982BJIX 


1N1185 




.N1346BRB 


1N1519 


1N940A 




1N9688JTXV 


1N982BJIXV 


1N1185A 




1N1347.R 


1N1519A 


1N941 


4-79 


1N969 4-77 


1H983 4-77 


111186 


4-87 


1N1347A.RA 


1N1520 


1N941A. .. 


479 


1N969A 


1N983A 


1N1186A 


4-87 


1N1347B.RB 


1I1S2M 


1N941B 


4-79 


1N969B 


1N983B 


1N1187 




1N1348.R 


1N1521 


1N941BJAN 


4-79 


1N969BJAN 


1N983BJAN 


1N1187A 




1N1348A.RA 


1N1521A 


1N941BJTX . 


4-79 


1N969BJIX 


1N983BJTX 


1N1188 


. .4-87 


1N1348B.RB 


1N1522 


1N942 . , 


4-79 


1N969BJIXV 


1N983BJTXV 


1N1188A ... 


4-87 




1N1522A 


1N942A 


.4-79 


1N970 4-77 


1N984 4-77 


1N1189 




DIODES 


181523 


1N9428 


.4-79 


1N970A 

1N370B 


1N984A 
1N984B 


INI189A 
1N1190 


. 4-87 


Zener 
1N1351.R 


1N1523A 
1N1524 


1N943 


4-79 


1N943A 


4-79 


1N970BJAN 


1N984BJAN 


1N1190A .. 


.4-87 


1N1351A.AR 


1N1524A 


1N9436 . . 


4-79 


1N970BJIX 


1N984BJTX 


1N1191 


4-87 


1N1352.R 


181525 


1N943BJAN 


4-79 


1N970BJTXV 


1N984BJTXV 


1N1192 


4-87 


1N1352A.AR 


1N1525A 


IN943BJTX . 


. 4-79 


1N971 . .4-77 


1N985 4-77 


turns 


4-87 


1N1353.R 


1N1526 


IN944 


. . 4-79 


1N971A 


1N985A 


1N1194 


. 4-87 


1N1353A.AR 


1N1526A 


IN944A 


4-79 


189718 


1N985B 


1N1195 




1N1354.R 


1N1527 


IN944B 


.4-79 


1N971BJAN 


1N985BJAN 


1N119SA 




1N13S4A.AR 


1N1527A 


IN9448JAN 


4-79 


1N971BJTX 


1N985BJIX 


1N1I96 


4-87 


1N1355.R 


181528 


IN9448JTX . 


4-79 


1N971BJTXV 


1N98SBJ1XV 


1N1196A 


4-87 


1N13S5A.AR 


1N1528A 


1N945 


4-79 


1N972 4-77 


1N986 4-77 


IN 1197 




1N1356.R 




1N945A . . 


4-79 


1K972A 


1N986A 


1N1197A 




1N1366A.AR 


TC 


1N945B . 


4-79 


1N972B 


1N986B 


1N1198 




181357.1 


1N1530 4-80 


1N945BJAN . 


. . . .4-79 


IN972BJAN 


1N986BJAN 


1N1198A 




1N1357A.AR 


1N1530A 4-80 


1N945BJTX 


4-79 


IN972BJTX 


1N986BJIX 


1 N 1 199 A . 


.. 4-87 


1N1358.R 


1N1530AJAN 






1H9728JIXV 


1N98GBJIXV 


IN1200.A.. 


4-87 


1N1358A.AR 








1N973 4-77 


1M987 4-77 


1N1201.A 




1N1359.R 


RECTIFIERS 


DIODES 




1N973A 


1N987A 


1N1202.A 


4-87 


1N1359A.AR 


181537 


Zener 

1N957 




1N973B 


1N987B 


1N1203.A 




1N1360.R 


181538 


4-77 


1N973BJAN 


1N9878JAN 


1N1204.A... 


.. 4-87 


1N1360A.AR 


1N1539 


1N957A 




1N973BJTX 


1N987BJTX 


1N1205.A 




181361.1 


1 N 1 540 


1N957B 




1N973BJTXV 


1N987BJIXV 


1N1206.A 


...4-87 


1N1361A.AR 


1NI541 


1N958 


4-77 


1N974 . . .4-77 


1N988 4-77 






1N1362.R 


1N1542 


1N958A 




1N974A 


1N988A 


DIODES 




1N1362A.AR 


1N1543 


1N958B 




189746 


1N988B 


Zener 




IN1363.R 


IN 1544 




4-77 


1N974BJAN 


1N988BJAN 


1N1313 




1N1363A.AR 




1N9S9A 




1R974BJIX 


IN988BJIX 


1N1313A 




1N1364.R 


DIODES 


1N9S9B 




1N974BJIXV 


1N988BJIXV 


1N1314 




1N1364A.AR 


Zener 


1N960 

1N960A 
IN960B 
1N961 ... 


4-77 


1N975 4-77 


1N989 4-77 


1N1314A 




1N136S.R 


IN 1588 




1N975A 


1N989A 


1N1315 




1N1365A.AR 


1N1588A 




1N9756 


1N989B 


IN131SA 




1N1366.R 


1N1589 


4-77 


1N975BJAN 
1N975BJTX 


1N989BJAN 
1N989BJIX 


1N1316 

IN1316A 




1N1366A.AR 
1N1367.R 


1815898 

1N1590 


1N961A 




1N961B 




1H975BJTXV 


1H989BJIXV 


1N1317 




1N1367A.AR 


1N1590A 


1N962 


4-77 


1N976 . 4-77 


1N990 4-77 


1N1317A 




1N1368.R 


1N1591 










1-3 









CATALOG INDEX 


continued) 
















DEVICE PAGE 


DEVICE PAGE 


DEVICE PAGE 


DEVICE PAGE 


DEVICE 


PAGE 


DEVICE 


?m 




IN1591A 


1N1774 


1N1817.R 


1N2009.R 


1N2046A 




1N2806B.R 






1N1592 


1N1774A 


1N1817A.AR 


1N2009A.AR 


1N2046-1 




1N2806BJAN 






IN 1592 A 


1N1775 


IN1817C 


1N2009C 


1N2046-2 




1N2807&R 


.4-78 




1NI593 


1N1775A 


1N1817CA 


1N2009CA 


1N2046-3 




1N2807AR 






1N1593A 


IN 1776 


1N1818.R 


1N2010.R 


1N2047 




1N28076.R 






1N1S94 


1N1776A 


1N1818A.AR 


1N2010A.AR 


1N2047A 




1N2807BJAN 






1N1594A 


1N1777 


1N1818C 


IN2010C 


1N2047-1 




1N28088R . ... 


. . .4-78 




IN 1595 


1N1777A 


1N1818CA 


1N2010CA 


1N2047-2 




1N2808A.R 






1NI595A 


1N1778 


1N1819.R 


1N20U.R 


1N2047-3 




1N2808B.R 






1N1596 


1N1778A 


1N1819A.AR 


1N20UA.AR 


IN 2048 




1N2808BJAN 






IN 1596 A 


1N1779 


1N1819C 


1N2011C 


1N2048A 




1N28098R 


4-78 




1N1597 


1N1779A 


1N1819C* 


1N2011CA 


1N2048-1 




1N2809A.R 






IN 1597 A 


1N1780 


1N1820.R 


1N2012 


1N2048-2 




1N2809B.R 






1N1598 


1N1780A 


1N1820A.AR 


1N2012.R 


1N2048-3 




1N2809BJAN 






1N1598A 


1N1781 


1N1820C 


1N2012A.AR 


1N2049 




1N28108R 


. 4-78 




1N1599 


1N1781A 


1N1820CA 


1N2012C 


1N2049A 




1N2810A.R 






IN 1599 A 


1N1782 


1N1821.R 


1N2012CA 


1N2049-1 




1N2810B.R 






1N1600 


1N1782A 


1N1821A.AR 


1N2032 


1N2049-2 




1N2810BJAN 






1N1600A 


1N1783 


IN 182 IC 


1N2032A 


1N2049-3 




1N28118R 


.. .4-78 




1N1601 


1N1783A 


1N1821CA 


1N20321 


1N2049-4 




1N28UA.R 






1N1601A 


1N1784 


1N1822.R 


1N2032-2 






1N2811B.R 






1N1602 


1N1784A 


1N1822A.AR 


1N2033 


TC 




IN2811BJAN 






1N1602A 


1NI785 


1N1822C 


IN2033A 


1N2163 


.4-79 


1N2812.R 






1N1603 


1N1785A 


1N1822CA 


1N2033-1 


1N2163A 


.4-79 


1N2812A 






1N1603A 


1N1786 


1N1823.R 


1N2033-2 


1N2164 


.4-79 


1N2812B.R 






1N1604 


1N1786A 


1N1823A.AR 


IN 2034 


1N2164A 


.4-79 


1N28138R 


.4-78 




1N1604A 


1N1787 


1N1823C 


1N2034A 


IN2165 .... 


.4-79 


1N2813A.R 






IN 1605 


1N1787A 


1N1823CA 


1N2034 1 


1N2I65A 


.4-79 


1N2813B.R 






1N1605A 


1N1788 


1N1824.R 


1N2034-2 


1N2166 


.4-79 


1N2813BJAN 






1N1606 


1N1788A 


1N1824A.AR 


1N2034-3 


1N2166A 


.4-79 


1N28148R 


.4-78 




1NI606A 


1N1789 


1N1824C 


1N2035 


1N2167 


.4-79 


1N2814A.R 






1 N 1607 


1N1789A 


1M824CA 


1N2035A 


1N2167A 


4-79 


1N2814B.R 






1N1607A 


1N1790 


1N1825.R 


1N2035-1 


1N2168 


.4-79 


1N2814BJAN 






1N1608 


1N1790A 


1M825A.AR 


1N2035-2 


1N2168A 


.4-79 


1N2815.R 






1N1608A 


1N1791 


1N1825C 


1N2035-3 


1N2169 


.4-79 


1N2815A.R 






1H1609 


1N1791A 


1N1825CA 


IN2035-4 


1N2169A 


.4-79 


1N281SB.R 






1N1609A 


IN 1792 


1NI826.R 


1N2036 


1N2170 


.4-79 


1N2816SR 


4-78 






1N1792A 


1N1826A.AR 


1N2036A 


1N2170A 


4-79 


1N2816A.R 






RECTIFIERS 


1N1793 


1N1826C 

1N1826CA 

1N1827.R 


1N20361 
1N2036-2 
1N2037 


1N2171 


4-79 


1N2816B 
1N28168JAN 

1N2817.R 






1N1612.R 


1N1793A 


1N2171A 


4-79 






1N1613.R 


1N1794 










1N1614.R 


1N1794A 


1N1827A.AR 


1N2037A 


DIODES 




IN2817A.R 






IN1615.lt 
1N1S1S.R 


1N1795 


1N1827C 


1N2037-1 


Zener 




1N2817B.R 






1N1795A 


1N1827CA 


1N2037-2 


1N2498C 




1N28188R 


.4-71 




w** 


IN 1796 


1N1828.R 


IN 2037- 3 


1N2498CA 




1N2818A.R 






1N1796A 


1N1828A.AR 


1N2038 


1N2498.R 




1N2818B.R 






1N1797 


1N1828C 


1N2038A 


1N2498A.AR 




1N28I8BJAN 






1N1735 

1*41736 4-80 


1N1797A 


1N1828CA 


1N2038I 


1N2499C 




1N2819&R . 


4-78 




IN1798 


1N1829.R 


1N2038-2 


1N2499CA 




1N2819A.R 






1N1736A 4-80 


1N1798A 


1N1829A.AR 


1N2038-3 


1N2499.R 




1N2819B.R 






1N1737 4-80 


IN 1799 


1N1829C 


1N2039 


1N2499A.AR 




1N2819BJAN 






1N1737A 4-80 


1N1799A 


1N1829CA 


1N2039A 


1N2500C 




1N28208R . 


.4-7 J 




1N1738 4-80 


1N1800 


1N1830.R 


1N2039-1 


1N2500CA 




1N2820A.R 






1N1738A 4-80 


1N1800A 


1N1B30AAR 


IN 2039- 2 


1N2500.R 




1N2820B.R 






1N1739 4-80 


IN 1801 


1NI830C 


1N2039-3 


1N2500A.AR 




1N2820BJAN 






1NI739A 4-80 


1N1801A 


1N1830CA 


1N2040 






1N2821.R 






1N1740 4-80 


IN 1802 


1N1831.R 


1N2040A 


TC 




1N2821A.R 






1N1740A 4-80 


1N1802A 


1N1831A.AR 


1N2040-1 


1N2620 




1N2821B.R 






1 N 174 1 4-80 


1N1803.R 


IN1831C 


1N2040-2 


1N2620A 




1N28228R . 


4-78 




1N1741A 4-80 


1N1803A.AR 


1N1831CA 


1N2040-3 


1N2620B 




1N2822A.R 






1N1742 4-80 


IN1806.R 


1N1832.R 


1N2041 


1N2621 




1N2B22B.R 






1N1742A 4-80 

1N1742AJAN 


INI806A.AR 


1N1832A.AR 


1N2041A 


1N2621A 




1N28228JAN 






1N1807.R 


1N1832C 


1N2041-1 


1N26218 




1N2823&R ... 


...4-78 






1N1807A.AR 


1N1832CA 


1N2041-2 


1N2622 




1N2823A.R 






OIOOES 


1M808.R 


1N1833.R 


1N2042 


1N2622A 




1N2823B.R 






Zener 


1N1808A.AR 


1N1833A.AR 


1N2042A 


1N26228 




1N2823BJAN 






1N1765 


1N1809.R 


1N1833C 


1N2042-1 


1N2623 




1N2824SR ... 


4-71 




1N1765A 


1N1809A.AR 


1N1833CA 


1N2042-2 


1N2623A 




1N2824A.R 






1N1766 


1N1810.R 


1N1834.R 


1N2043 


1N2623B 




1N2824B.R 






1N1766A 


1N1810A.AR 


1N1834A.AR 


1N2043A 


1N2624 




1N2824BJAN 






1N1767 


1N1811.R 


1N1834C 


1N2043-1 


1N2624A 




1N28258R . 


. 4-78 




1N1767A 


1N1S11A.AR 


1N1834CA 


1N2043-2 


1N2624B 




1N282SA.R 






1N1768 


1N1812.R 


1N183S.R 


1N2043-3 






1N282SB.R 






1N1768A 


1N1812A.AR 


1N1835A.AR 


1N2044 


Zener 




1N2825BJAN 






1N1769 


1N1813.R 


1N1835C 


1N2044A 


1N28048R 


4 78 


1N28268R 


4-78 




1N1769A 


1N1813A.AR 


1N1835CA 


IN 7044-1 


1N2804A.R 




1N2826A.R 






1N1770 


1N1814.R 


1N1836.R 


1N2044-2 


1N2804B.R 




1N2826B.R 






1N1770A 


1N1814A.AR 


1N1836A.AR 


1N20443 


1N2804BJAN 




1N2826BJAN 






1N1771 


1N1815.R 


1N1836C 


1N2044-4 


1N28054R. ... 


4-78 


1N2827SR . ... 


. . .4-78 




1N1771A 


1N1815A.AR 


1N1836CA 


1N2045 


1N2805A.R 




1N2827AR 






1N1772 


1N1816.R 


1N2008.R 


1N2045A 


1N280SB.R 




1N2827B.R 






1N1772A 


1N1816A.AR 


1N2008A.AR 


1N204S-1 


1N2805BJAN 




1N2827BJAN 






1N1773 


1N1816C 


1N2008C 


1N2045-2 


1N2806SR 


4-78 


1N2828.R 






1N1773A 


1N1816CA 


1N2008CA 


IN 2046 


1N2806A.R 




1N2828A.R 







7-4 



CATALOG INDEX 


continued) 














DEVICE 


PAGE 


DEVICE PAGE 
1N2972BJAN 


DEVICE PAGE 

1N29918R 4-78 


DEVICE PAGE 

1N3009B.R 


DEVICE PAGE 
1N3025B.R 


DEVICE 

1N3039B.R 


PAGE 




1N2828B 






1N28298R . . 


.4-78 


1N2972BJTX 


1N2991A.R 


1N3009BJAN 


1N3025BJAN 


1N3039BJAN 






1N2829A.R 




1N2973 4-78 


1N2991B.R 


1N3010 


1N30258JTX 


1N3039BJTX 






1N2829B.R 




1N2973A.R 


1N2991BJAN.R 


1N3010A 


1N30258JTXV 


1N3039BJTXV 






1N2829BJAN 




1N2973B.R 


1N29918JIX.R 


1N3010B 


1N3026 4-78 


1N3040 


...4-78 




1N2830 




1N2973BJAN 


1N29928R 4-78 


1N30U8R 4-78 


1N3026A.R 


1N3040A.R 






1N2830A 




1N2973BJTX 


1N2992A.R 


1N30UA.R 


IN3026B.R 


1N3040B.R 






IN2830B 




1N2974 4-78 


1N2992B.R 


1N3011B.R 


1N3026BJAN 


1N3O40BJAN 






1N283I8R 


.4-78 


1N2974A.R 


1N2992BJAN 


1N3011BJAN.R 


1N3026BJTX 


1N3040BJIX 






1N2831A.R 




1N2974B.R 


1N2992BJTX 


1N3011BJIX.R 


1N3026BJIXV 


1N3040BJIXV 






1N2831B.R 




1N2974BJAN 


1N29938R 4-78 


1N30128R 4-78 


1N3027 4-78 


1N3041 


...4-78 




1N2831BJAN 




1N2974BJTX 


1N2993A.R 


1N3012A.R 


1N3027A.R 


1N3041A.R 






1N28328R .. 


.4-78 


1N2975 4-78 


1N2993B.R 


1N3012B.R 


1N3027B.R 


1N30418.R 






1N2832A.R 




1N2975A.R 


1N2993BJAN 


1N3012BJAN 


1N3027BJAN 


1N3041BJAN 






1N2832B.R 




1N2975B.R 


1N2993BJIX 


1N30128J1X 


1N3027BJTX 


1N3041BJIX 






1N2832BJAN 




1N2975BJAN 


IN 2994 


1N3013 


1N3027BJIXV 


1N3041BJIXV 






1N2833&R 


4-78 


1N2975BJIX 


1N2994A.R 


1N3013A.S 


1N3028 . 4-78 


1N3042 


.4-78 




1N2833A.R 




1N2976 4-78 


1N2994B.R 


1N3013B.R 


1N3028A.R 


1N3042A.R 






1N2833B.R 




1N2976A.R 


1N2995 


1N30148R 4-78 


1N3028B.R 


1N3042B.R 






1N2833BJAN 




1N2976B.R 


1N2995A.R 


1N3014A.R 


1N3028BJAN 


1N3042BJAN 






1N2834&R ... 


4-78 


1N2976BJAN 


1N2995B.R 


1N3014B.R 


IN 302 83. II 


1N3042BJIX 






1N2834A.R 




1N2976BJTX 


1N2995BJAN 


1N3014BJAN 


1N3028BJTXV 


1N3042BJIXV 






1N2834B.R 




1N2977 4-78 


1N2995BJTX 


1N3014BJTX 


1N3029 4-78 


1N3043 .... 


. . .4-78 




1N2834BJAN 




1N2977A.R 


IN2996&R 4-78 


IN30158R 4-78 


1N3029A.R 


1N3043AR 






1N28358R 


. 4-78 


1N2977B.R 


1N2996AR 


1N3015AR 


1N30298.R 


1N3043B.R 






1N2835A.R 




1N2977BJAN 


1N2996B.R 


1N3015B.R 


IN 30298 JAN 


1N3043BJAN 






1N283SB.R 




1N2977BJIX 


1N2997&R 4-78 


1N30ISBJAN 


1N3029BJTX 


1N3043BJTX 






1N2835BJAN 




1N2978 


1N2997A.R 


1N3015BJIX 


1N3029BJIXV 


1N3043BJTXV 






1N2836&R 


4-78 


1N2978A.R 


1N2997B.R 


IN3016 


1N3030 4-78 


1N3044 


.4-78 




1N2836A.R 




1N2978B.R 


1N2997BJAN 


1N3016A 


1N3030A.R 


1N3044A.R 






1N28368.R 




1N29798R 4-78 


IN2997BJTX 


1N3016B 


1N3030B.R 


1N30448.R 






1N2836BJAN 




1N2979A.R 


1N2998 


1N3016BJAN 


1N3030BJAN 


1N3044BJAN 






1N2837SR 


.4-78 


1N29798.R 


IN2998A.R 


1N3016BJTX 


IN3030BJTX 


1N3044BJIX 






1N2837A.R 




1N2979BJAN 


1M2998B.R 


1N3016BJTXV 


1N3030BJTXV 


1N3044BJIXV 






1N2837B.R 




1N2979BJIX 


1N2999&R 4-78 


1N3017 4-78 


1N3031 4-78 


1N304S 


4-78 




1N2837BJAN 




1N2980&R 4-78 


1N2999A.R 


1N3017A.R 


1N3031A.R 


1N3045A.R 






1N28388R 


4-78 


1N2980A.R 


1N2999B.R 


1N30178.R 


1N3031B.R 


1N3045B.R 






1N2838A.R 




1N29808.R 


1N2999BJAN 


1N3017BJAN 


1N3031BJAN 


1N3045BJAN 






1N2838B.R 




1N2980BJAN 


1N2999BJIX 


1N3017BJIX 


1N3031BJIX 


1N3045BJIX 






1N2838BJAN 




1N2980BJTX 


1N3000&R 4-78 


1N3017BJIXV 


1N3031BJTXV 


1N3045BJ1XV 






1N2839SR 


4-78 


1N2981 


1N3000A.R 


1N3018 4-78 


1N3032 4-78 


1N3046 . . . 


4-78 




1N2839A.R 




1N298IA.R 


1N3000B.R 


1N3018AR 


1N3032A.R 


1N3046AR 






1N2839B.R 




1N29818.R 


1N3000BJAN 


IN30I8B.R 


1N3032B.R 


1N3046B.R 






1N2840&R 


.4-78 


1N2982&R . . 4-78 


1N3000BJIX 


1N3018BJAN 


1N3032BJAN 


1N3046BJAN 






1N2840A.R 




1N2982A.R 


1N30018R 4-78 


1N30I8BJTX 


1N3032BJIX 


1N3046BJTX 






1N2840B.R 




1N29828.R 


1N300IA.R 


1N3018BJIXV 


1N3032BJTXV 


1N3046BJIXV 






1N2840BJAN 




1N2982BJAN 


1N3001B.R 


1N3019 4-78 


1N3033 4-78 


1N3047 


...4-78 




1N28418R 


. 4-78 


1N2982BJTX 


1N3001BJAN 


IN3019A.R 


1N3033A.R 


1N3047A.R 






IN 2841 A R 




1N2983.R 


IN3001BJ1X 


IN3019B.R 


1N3033B.R 


1N3047B.R 






1N2841B.R 




1N2983A.R 


1N30028R 4-78 


1N3019BJAN 


1N3033BJAN 


IN3047BJAN 






1N2841BJAN 




1N2983B 


1N30O2A.R 


1N3019BJIX 


1N3033BJTX 


1N3047BJIX 






1N28428R 


. 4-78 


1N2984&R 478 


1N3C02B.R 


1N30198JTXV 


1N3033BJTXV 


1N3047BJTXV 






1N2842A.R 




1N2984A.R 


1N3002BJAN 


1N3020 4-78 


1N3034 4-78 


IN3048 ,. ... 


.4-78 




1N2842B.S 




1N2984B.R 


1N3002BJIX 


1N3020A.R 


1N3034A.R 


1N3048A.R 






1N28428JAN 




1N2984BJAN 


1N3003&R. .. 4-78 


1N30206.R 


1N3034B.R 


1N3048B.R 






1N28438R . . 


. ...4-78 


1N2984BJTX 


1N3003A.R 


1N3020BJAN 


1N3034BJAN 


1V3048BJAN 






1N2843A.R 




1N2985&R 4-78 


1N30038.R 


1N3020BJTX 


1N3034BJTX 


1N3048BJTX 






1N2843B.R 




1N2985A.R 


1N3003BJAN 


IN3020BJIXV 


1N3034BJIXV 


1N3048BJTXV 






1N2843BJAN 




1N2985B.R 


1N3003BJTX 


1N3021 4-78 


1N3035 .. 4-78 


1N3049 


4-78 




IN 28448 R 


4-78 


1N2985BJAN 


1N3004SR 4-78 


1N3021A.R 


1N3035A.R 


1N3049AR 






1N2844A.R 




1N2985BJTX 


1N3004A.R 


1N3021B.R 


1N3035B.R 


1N30498.R 






1N2844B.R 




1N2986&R 478 


1N3004B.R 


1N3021BJAN 


1N3035BJAN 


1N3049BJAN 






1N2844BJAN 




1N2986A.R 


IN3004BJAN 


1N3021BJTX 


1N3035BJTX 


1N3049BJTX 






1N28458R . . . 


4-78 


1N29868.R 


1N30048JTX 


IN3021BJIXV 


1N3035BJTXV 


1N3049BJ1XV 






1N2845A.R 




1N2986BJAN 


1N3005&R 4-78 


1N3022 4-78 


1N3036 4-78 


1N3050 . . . . 


... 4-78 




1N2845B.R 




1N2986BJTX 


1N3005A.R 


1N3022A.R 


1N303GA.R 


1N3050A.R 






1N284SBJAN 




1N2987 


1N30058.R 


1N3022B.R 


1N3036B.R 


IN3050B.R 






1N28468R 


4-78 


1N2987A.R 


1N3005BJAN 


1N3022BJAN 


1N3036BJAN 


1N3050BJAN 






1N2846A.R 




1N2987B.R 


IN3005BJTX 


1N3022BJIX 


1N3036BJTX 


1N3050BJTX 






1N2846B.R 




1N2988&R 4-78 


IN 3006 


1N3022BJIXV 


1N3036BJTXV 


1N3050BJIXV 






1N2846BJAN 




IN2988A.R 


1N3006A.R 


IN3023 . 478 


IN3037 .... . 4-78 


1N305I . ... 


...4-78 




1N2970&R 


...4-78 


1N2988B.R 


1N3006B.R 


1N3023A.R 


1N3037A.R 


1N3051A.R 






1N2970A.R 




1N2988BJAN 


1N3007&R 4-78 


1N3023B.R 


1N3037B.R 


1N3051B.R 






1N2970B.R 




1N2988BJIX 


1N3O07A.R 


1N3023BJAN 


1N3037BJAN 


1N305IBJAN 






1N2970BJAN 




1N2989&R . 4-78 


1N30078.R 


1N3023BJTX 


1N3037BJTX 


1N3051BJTX 






1N2970BJTX 




1N2989A.R 


1N3007BJAN 


1N3023BJTXV 


1N3037BJTXV 


1N3051BJIXV 






1N2971 


4-78 


1N2989B.R 


1N3007BJ1X 


1N3024 4-78 


1N3038 .. .4-78 








1N2971A.R 




IN2989BJAN 


1N30084R 4-78 


1N3024A.R 


1N3038A.R 


TC 






1N2971B.R 




1N2989BJIX 


1N3008A.R 


1N3024B.R 


1N3038B.R 


1N3154 


.4-78 




1N2971BJAN 




1N29908R .4-78 


1N3008B.R 


1N3024BJAN 


1N3038BJAN 


1N3154A ... 


4-78 




1N2971BJ1X 




1N2990A.R 


1N3008BJAN 


[N3024BJTX 


1N3038BJIX 


1N3154JAN 


4-78 




1N2972 


.4-78 


1N2990B.R 


1N3008BJIX 


IN3024BJIXV 


1N3038BJTXV 


1N3154JTX 


4-78 




1N2972A.R 




1N2990BJAN 


1N3009SR 4-78 


1N3025 4-78 


1N3039 4-78 


1N3155 . . . 


4-78 




1N2972B.R 




1N2990BJTX 


1N3009A.R 


IN3025A.R 


1N3039A.R 


1N3155A .... 


4-78 





7-5 



CATALOG INDEX 


continued) 
















DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE PAGE 


OEVICE PAGE 


DEVICE PAGE 


DEVICE 


PAGE 




IN3155JAN . 


4-78 


1N3320B.R 




1N3342BJAN 


1N3650 


1N3698B 


1N3807B 






1N3155JTX 


4-78 


1N3320BJAN 




1N33434R. .. 4-78 


1N3659 4-87 


IN3699 


IN3808 






1N3156 


.4-78 


1N33218R .... 


. .4-78 


IN3343A.R 


1N3660 4-87 


IN3699A 


1N3808A 






1N3156A 


4-78 


1N3321A.R 




1N33438.R 


1N3661 4-87 


1N3699B 


1N38088 






1N3156JAN .... 


.4-78 


1N3321B.R 




IN33438JAN 


1N3662 


IN3700 


IN 3809 






1N3156JTX 


. 4-78 


1N3321BJAN 




1N3344 


1N3663 4-87 


1N3700A 


1N3809A 






1N3157 


.4-78 


1N33228R 


. . .4-78 


1N3344A.R 


1N3670.A 


1N370OB 


IN3809B 






1N3157A 


.4-78 


1N3322A.R 




1N3344B.R 


1N3671.A 


IN3701 


1N3810 






1N3157JAN .... 


. .4-78 


1N3322B.R 




1N3344BJAN 


IN3672.A 


1N3701A 


1N3810A 






1N3157JTX 


.4-78 


1N3323 

1N3323A.R 




1N3345 

1N3345A.R 


1N3673.A 


1N3701B 
1N3702 


IN3810B 
1N3811 






VVC 




1N3323B.R 




1N3345B.R 


DIODES 


1N3702A 


1N3811A 






1N3182 




1N3323BJAN 




IN3346&R 4-78 


Zener 


1N3702B 


1N38118 










1N33248R .... 


. 4-78 


1N3346A.R 


1N3675 


1N3703 


IN3812 






RECTIFIERS 




1N3324A.R 




IN334BB.R 


1N3675A 


1N3703A 


1N3812A 






1N3Z08 


4-87 


1N3324B.R 




1N3346BJAN 


1N3675B 


1N37038 


1N3812B 






1N3209 


.4-87 


1N3324BJAN 




1N3347&R 4-78 


IN3B76 


1N3785 


1N38I3 






IN3210 


. .4-87 


1N332S8R .... 


...4-78 


1N3347A.R 


1N3B76A 


1N3785A 


1N3813A 






1N32U 




1N3325A.R 




1N3347B.R 


1N3676B 


1N3785B 


1N3813B 






1N3212 


4-87 


1N33258.R 




1N3347BJAN 


1N3677 


1N3786 


1N38I4 






1N3213 




1N3325BJAN 




1N3348 


1N3677A 


IN378EA 


1N3814A 






1N3214 


.4-87 


1N33268R . . 


. . .4-78 


1N3348A.R 


1N3677B 


IN3786B 


1N3814B 










1N3326A.R 




1N3348B.R 


1N3678 


1N3787 


1N3815 






DIODES 




1N332EB.R 




IN33498R 4-78 


1N3678A 


1N3787A 


1N38I5A 






Zener 




1N3326BJAN 




1N3349A.R 


1N3678B 


IN3787B 


1N3815B 






1N3305 




1N33274R... 


...4-78 


1N3349B.R 


IN3679 


IN3788 


1N3816 






1N3305A.R 




1N3327A.R 




IN3349BJAN 


1N3679A 


1N3788A 


1N3816A 






1N3305B.R 




1N3327B.R 




1N33508R 4-78 


1N3679B 


1N3788B 


1N3816B 






1N33058JAN 




1N3327BJAN 




1N33SOA.R 


IN 3680 


1N3789 


1N3817 






1N33068R 


.4-78 


1N33288R .... 


...4-78 


1N33508.R 


1N3680A 


IN3789A 


1N3817A 






1N3306A.R 




1N3328A.R 




IN3350BJAN 


IN3680B 


IN3789B 


1N3817B 






1N3306B.R 




1N3328B.R 






1N3681 


1N3790 


1N3818 






1N3306BJAN 




1N3328BJAN 




RECTIFIERS 


1N3681A 


1N3790A 


1N38I8A 






1N3307SR. ... 


.4-78 


IN3329 




1N3491 4-87 


1N368IB 


1N3790B 


1N38I8B 






1N3307A.R 




1N3329A.R 




1N3492 4-87 


IN3682 


1N3791 


1N3819 






1N3307B.R 




1N3329B.R 




1N3493 4-87 


1N3682A 


1N3791A 


1N3819A 






IN3307BJAN 




1N33308R 


.. 4-78 


1N3494 


1N3682B 


1N3791B 


1N3819B 






1N3308SR 


. .4-78 


1N3330A.R 




1N3495 4-87 


1N3683 


1N3792 


1N3820 






1N3308A.R 




1N33308.R 






IN3683A 


1N3792A 


1N3820A 






1N3308B.R 




1N33308JAN 




DIODES 


IN3683B 


1N3792B 


1N3820B 






1N3308BJAN 




1N3331 




TC 


IN 3684 


1N3793 


1N3821 . . 


4-78 




1N33098R 


. .4-78 


1N3331A.R 




1N3496 


1N3684A 


1N3793A 


1N382IA 






1N3309A.R 




IN3331B.R 




IN 3497 


1836648 


IN37938 


IN3821AJAN 






1N33098.R 




1N33328R .... 


.4-78 


1N3498 


IN3685 


1N3794 


IN382IAJTX 






1N33098JAN 




1N3332A.R 




IBMM 


1N3685A 


1N3794A 


1N3821AJTXV 






1N33106R 


4-78 


1N3332B.R 




1N350O 


1N3685B 


IM7M6 


1N3822 


.4-78 




1N3310A.R 




1N3332BJAN 




IN3S0I 4-81 


IN3686 


1N3795 


1N3822A 






1N3310B.R 




1N3333 




IN3502 4-81 


1N3686A 


1N3795A 


1N3822AJAN 






IN3310BJAN 




1N3333A.R 




1N3S03 4-81 


IN3686B 


1N3795B 


1N3822AJIX 






1N33USR 


.4-78 


1N3333B.R 




1N3504 ..... 4-81 


1N3687 


1N3796 


1N3822AJTXV 






1N3311A.R 




1N3334SR .... 


4-78 




1N3687A 


IN379EA 


1N3823 ... 


4-78 




1N3311B.R 




1N3334A.R 




RECTIFIERS 


1N36878 


IN37968 


1N3823A 






IN33118JAN 




1N3334B.R 




1N3569 


IN3688 


1N3797 


1N3823AJAN 






1N3312&R 


..4-78 


1N3334BJAN 




1N3570 


1N3688A 


1N3797A 


1N3823AJTX 






IN3312A.R 




1N33358R . ... 


...4-78 


1113571 


1N3688B 


1N3797B 


1N3823AJTXV 






1N3312B.R 




1N3335A.R 




1N3S72 


1N3689 


1N3798 


1N3824 


. . .4-78 




1N33I2BJAN 




IN3335B.R 




1N3573 


1N3689A 


1N3798A 


1N3824A 






1N3313 




1N3335BJAN 




1N3S74 


1N3689B 


IN3798B 


1N3824AJAN 






1N33I3A.R 




IN33368R . . . 


. 4-78 




IN 3690 


1N3799 


1N3824AJIX 






1N3313B.R 




1N3336A.R 




DIODES 


1N3690A 


1N3799A 


1N3824AJTXV 






IN33I4&R 


.4-78 


IN3336B.R 




TC 


1N3690B 


1N3799B 


IN3825 


. .4-78 




1N3314A.R 




1N3336BJAN 




1N3580 


IN3691 


1N3800 


1N3825A 






1N3314B.R 




1N3337&R. .. 


. .4-78 


IN3580A 


IN3691A 


1N3800A 


1N3825AJAN 






1N3314BJAN 




1N3337A.R 




1N3580B 


1N3E91B 


1N3800B 


1N3825AJTX 






1N33158R 


.4-78 


1N3337B.R 




1N3581 


IN3692 


1N3801 


1N3825A3TXV 






1N33I5A.R 




1N3337BJAN 




1N3581A 


1N3692A 


1N380IA 


1N3826 


.4-78 




1N3315B.R 




1N3338&R .... 


...4-78 


1N3581B 


1N3692B 


IN38018 


IN3826A 






1N3315BJAN 




1N3338A.R 




1N3582 


1N3693 


1N3802 


1N3826AJAN 






IN3316 




1N3.338B.R 




1N3582A 


1N3693A 


1N3802A 


1N3826AJTX 






1N3316A.R 




1N3338BJAN 




1835826 


IN3693B 


1N3802B 


1N3826A3TXV 






1N33168.R 




1N33398R . . 


...4-78 


1N3583 


1N3694 


1N3803 


1N3827 


...4-78 




1N33178R 


.4-78 


1N3339A.R 




1N3583A 


1N3694A 


1N3803A 


1N3827A 






1N3317A.R 




IN3339B.R 




1N3583B 


1N3694B 


1N3803B 


1N3827AJAN 






IN33178.R 




IN3339BJAN 






1N3695 


IN3804 


1N3827AJTX 






IN33I7BJAN 




IN3340 




RECTIFIERS 


IN3695A 


1N3B04A 


1N3827AJTXV 






1*3318 




IN3340A.R 




1N36I5 


1N3695B 


1N3804B 


1N3828 


4-78 




IN3318A.R 




1N3340B.R 




IN3616 


1N3696 


1N3805 


1N3828A 






1N3318B.R 




1N3340BJAN 




183617 


1N3696A 


1N3805A 


1N3828AJAN 






1N3319&R 


4-78 


1N3341 




1N3618 


IN3696B 


1N3805B 


1N3828A3TX 






1N3319A.R 




1N3341A.R 




1N3619 


1N3697 


1N3806 


1N3828AJTXV 






IN3319B.R 




1N3341B.R 




113620 


IN3697A 


IN3806A 


1N3829 


. . .4-78 




IN3319BJAN 




1N3342&R . ... 


. . .4-78 


1N3621 


1N3697B 


1N3806B 


1N3829A 






IN33208R . . 


4-78 


IN3342A.R 




1N3622 


1*3668 


1N3807 


1N3830 ... 


.4-78 




IN3320A.R 




1N3342B.R 




IN 3649 


1N3698A 


IN3807A 


1N3830A 







7-6 



CATALOG INDEX (continued) 





KWE 


PACE 1 


DEVICE 


PMgf 


DEVICE PAGE 


0EVICE PAGE 
1N4129 4-77 


DEVICE 


PAGE 1 DEVICE 


PAGE 








1N4063 


4-80 


1N4108 


1N45588R 


.4-78 


1N4580A 


.4-79 






RECTIFIERS 




1N4063A 


.4-80 


1N4108JAN 


1N4129JAN 


1N4558A.R 




1N4581 


. 4-79 






1N3879 


.4-91 


1N4064 


4-80 


1N4108J1X 


1N4129J1X 


1N4558B.R 




1N4581A 


4-79 






1N3880 


.4-91 


1N4064A 


4-80 


1N4108JTXV 


1N4129JTXV 


1N4559&R. ... 


.4-78 


1N4582 


4-79 






1N3881 


4-91 


1N4065 


4-80 


1N4109 4-77 


1N4130 4-77 


1N45S9A.R 




1N4582A 


4-79 






1N3882 




1N4065A . . . 


. 4-80 


1N4109JAN 


1N4130JAN 


1N45598.R 




1N4583 


4-79 






1N3883 


.4-91 


1N4066 . .. 


4-80 


1N4109J1X 


1N4130JTX 


1N4560SR 


.4-78 


1N4583A 


4-79 






1N3889 


.4-91 


1N4066A .... 


4-80 


1N4109JIXV 


1N4130JTXV 


1N4560A.R 




1N4584 


4-79 






1N3890 


4-91 


1N4067 


4-80 


1N4110 4-77 


1N4131 4-77 


1N4560B.R 




1N4584A 


. .4-79 






1N3890JAN .... 


..4-91 


1N4067A . . . 


4-80 


1N4110JAN 


1N413UAN 


1N45618R . . 


.4-78 










1N3890JTX 


.4-91 


1N4068 .... 


4-80 


1N4U0JIX 


1N4131JIX 


1N4561A.R 




Zener 








1N3890JTXV 




1N4068A 


4-80 


1N4U0JIXV 


1N4131JTXV 


1N4561BR 




1N4614JAN 








1N3891 


4-91 


1N4069 


4-80 


1*4111 


1N4132 4-77 


1N45628R 


4-78 


tkra 








1N3891JAN .... 


.4-91 


IN4069A .... 


4-80 


1N4U1JAN 


1N4132JAN 


1N4562A.R 




1N4627JAN 








1N3891JIX . .. 


.4-91 


1N4070 


.. 4-80 


1N4U1JTX 


1N4132JTX 


1N4562B.R 




1N4614JTX 








1N3891J1XV 




1N4070A 


4-80 


1N41I1J1XV 


1N4132JTXV 


1N45638R 


. . .4-78 


thru 








1N3892 




IN4071 


4-80 


1N4112 4-77 


1N4133 


1N4563A.R 




1N4627JTX 








1N3893 


. .4-91 


1N4071A 


.4-80 


1N4112JAN 


1N4133JAN 


1N4563B.R 




IN4614JTXV 








1N3893JAN ... . 


.4-91 


IN4072 


4 SO 


1N41I2JTX 


1N4133JTX 


1N45648R 


. . .4-78 


thru 








1N3893JTX 


.4-91 


1N4072A .... 


4-80 


1N4U2JTXV 


1N4133JTXV 


1N4S64A.R 




1N4627JTXV 








1N3893JTXV 




1N4073 . . . 


4-80 


1N4113 


1N4134 4-77 


1N4564B.R 












IN3899 


. 4-91 


1N4073A .... 


4-80 


1N4113JAN 


1N4134JAN 






RECTIFIERS 








1N39O0 


4-91 


1N4074 


4-80 


1N4113JTX 


1N4134JIX 


TC 




1N4719 .... 


4 86 






1N3901 


4-91 


1N4074A . . . 


4-80 


1N4113J1XV 


1N4134J1XV 


1N4565 .. . 


.. 4-79 


1N4720 


4-86 






1N3902 




1N4075 


4-80 


1N4114 4-77 


1N4135 4-77 


1N4565A . .. 


.4-79 


1N4721 


4-86 






1N3903 ... 


. 4-91 


1N4075A .... 
1N4076 


4-80 


1N4114JAN 


1N4135JAN 


1N4565AJAN 




1N4722 


4-86 






1N3909 . 


4-91 


4-80 


1N4114J1X 


IN4135JTX 


1N4565AJIX 




1N4723 


4-86 






1N3910 


.4-91 


1N4076A 


4-80 


1N4114JTXV 


1N4135JTXV 


1N4565AJ1XV 




1N4724 


4-86 






1N3910JAN . 


...4-91 


1N4077 


4-80 


1N4115 4-77 


1N4370 4-77 


1N4566 


.4-79 


1N4725 


4-86 






1N3910JTX 


.4-91 


1N4077A 


.4-80 


1N4115JAN 


1N4370A 


1N4566A 


. .4-79 










1N391I 


.4-91 


1N4078 


.4-80 


1N4115JTX 


1N4370AJAN 


1N4566AJAN 




DIODES 








1N3911JAN 


4-91 


1N4078A . . . . 


. 4-80 


1N4115JIXV 


1N4370AJIX 


1N4566AJTX 




Zener 








1N3911JTX 


...4-91 


1N4079 


. 4-80 


1N4U6 4-77 


1N4370AJ1XV 


1N4566AJTXV 




1N4728 .. 


.4-78 






1N3912 




1N4079A 


4-80 


1N4116JAN 


1N4371 4-77 


1N4567 . ... 


. . .4-79 


1N4729A 








1N3913 


4-91 


1N4080 


4-80 


1N4116JIX 


1N4371A 


1N4567A 


4-79 


1N4729 


. .4-78 






1N3913JAN 


4-91 


1N4080A ... 


. 4-80 


1N4116J1XV 


1N4371AJAN 


1N4567AJAN 




1N4729A 








1N3913JIX 




1N4081 


. .4-80 


1N4U7 


1N4371AJTX 


1N4567AJ1X 




1N4730 


.4-78 






IN3987 




1N4081A . 
1N4082 . 


4-80 


1N4117JAN 


1N4371AJTXV 


1N4567AJ1XV 




1N4730A 








1N3988 




4-80 


1N4117JIX 


1N4372 4-77 


1N4568 


...4-79 


1N4731 


...4-78 






1N3989 




IN4082A 


4-80 


1N4117J1XV 


1N4372A 


1N4568A 


.4-79 


1N4731A 








1N3990 




1N4083 


4-80 


1N4118 4-77 


1N4372AJAN 


1N4568AJAN 




1N4732 


. 4-78 










1N4083A 

1N4084 


4-80 


1N4118JAN 


1N4372AJTX 


1N4568AJTX 




1M4732A 








DIODES 




4-80 


1N4U8JIX 


1N4372AJTXV 


IN4568AJ1XV 




1N4733 


4-78 






Zener 




1N4084A 


4-80 


1N4118J1XV 




1N4569 . . . 


.4-79 


1N4733A 








1N39938R . ... 


. . .4-78 


1N4085 


. 4-80 


1N4119 


Varaclor 


1N4569A ,... 


...4-79 


1N4734 


. . .4-78 






1N3993A.R 




1N4085A 


. , 4-80 


1N4119JAN 


Multipler 


1N4569AJAN 




1N4734A 








1N3994&R . . 


. 4-78 






1N4119J1X 


1N4386 


1N4569AJIX 




1N4735 


4-78 






1N3994A.R 




Zener 
1N4099 




1N4119JIXV 


1N4387 4-59 


1N4569AJ1XV 




1N4735A 








1N39958R ... 


4-78 


.4-77 


1N4120 4-77 


1N4388 4-59 


1N4570 


4-79 


1N4736 


.4-78 






1N3995A.R 




1N4099JAN 




1N4120JAN 




1N4570A 


4-79 


1N4736A 








1N3996&R 


...4-78 


1N4099JTX 




1N4120JIX 


Zener 


1N4570AJAN 




1N4737 


4-78 






1N3996A.R 




1N4099JTXV 




1N4120JTXV 


1N4549&R .. .4-78 


1N4570AJ1X 




1N4737A 








1N3997&R .... 


...4-78 


1N4100 


...4-77 


1N4121 4-77 


1S4549A.R 


1N4570AJ1XV 




IN4738 


.4-78 






1N3997A.R 




1N4100JAN 




1N4121JAN 


1M45498.R 


1N4571 .. .. 


...4-79 


1N4738A 








1N3998&R 


. . .4-78 


1N4100JTX 




1N4121J1X 


1N4549BJAN 


1N4571A . 


. .4-79 


1N4739 


4-78 






IN3998A.R 




1N4100J1XV 




1N412IJIXV 


1N45508R 4-78 


1N4571AJAN 




1N4739A 








1N3999SR 


.4-78 


1N4101 ... . 


. . 4-77 


1N4122 4-77 


1N4550A.R 


1N4571AJTX 




1H4740 


4-78 






1N3999A.R 




1N4101JAN 




1N4122JAN 


1N4550B.R 


1N4571AJTXV 




1N4740A 








1N40008R. .. 


. . .4-78 


1N4101JTX 




1N4122JTX 


1N4550BJAN 


1N4572 


4-79 


1N4741 


. 4-78 






1N4000A.R 




1N4101JIXV 




1N4122JTXV 


1N45518R 4-78 


1N4572A .. . 


.. .4-79 


1N4741A 












1N4102 




1N4123 4-77 


1N4551A.R 


1N4572AJAN 




1N4742 


.4-78 






RECTIFIERS 




1N4102JAN 




1N4123JAN 


1N4551B.R 


1N4572AJIX 




1N4742A 








1N400I 


4-86 


IN4102JIX 




1N4123JIX 


1N4551BJAN 


1N4572AJ1XV 




1N4743 


4-78 






1N4002 


4-86 


1N4102JTXV 




1N4123JIXV 


1N4552&R 4-71 


1H4573 


. . .4-79 


1N4743A 








1N4003 


486 


1N4103 


...4-77 


1N4124 4-77 


1N45S2A.R 


1N4573A 


.4-79 


1N4744 


4-78 






1N4004 


4-86 


1N4103JAN 




1N4124JAN 


1N4552B.R 


1N4S73AJAN 




1N4744A 












1N4103JTX 
1N4103JTXV 




1N4124JTX 

1N4124JIXV 


1N4552BJAN 
1N4553&R 4-78 


1N4573AJTX 
1N4573AJ1XV 




1N4745 

1N4745A 


. .4-78 






1N4006 


4-86 






1N4007 .... 


4-86 


1N4104 


..4-77 


1N4125 4-77 


1N4553A.R 


1N4574 


. . . .4-79 


IN4746 


.4-78 










1N4104JAN 
1N4104JTX 




1N412SJAN 


1N4553B.R 


1N4574A 


. . 4-79 


1N4746A 








DIODES 






1N4125J1X 


1N4553BJAN 


1N4574AJAN 




1H4747 . . . 


4-78 






TC 




IN4104JTXV 




1N4125J1XV 


1N4554SR 4-71 


1H4574AJIX 




1N4747A 








IN40S7 .... 


4-80 


1 Si 105 


4-77 


1N4126 4-77 


1N4554A.R 


1N4574AJ1XV 




1N4748 


4-78 






1N4057A 


. . .4-80 


1N4105JAN 




1N4126JAN 


1N4554B.R 


1N4575 .. . 


4-79 


1N4748A 








1N4058 


. . .4-80 


1N4105JTX 




1N4126JTX 


1N45548JAN 


1N4575A . . . 


.4-79 


1N4749 .... 


.4-78 






1N4058A 


...4-80 


1N4105JTXV 




1N4126J1XV 


1N4555&R 4-78 


1N4576 .... 


.4-79 


1N4749A 








1N4059 


. . .4-80 


1N4106 .... 


. 4-77 


1N4127 4-77 


1N4555A.R 


1N4576A . 


.4-79 


1N4750 


.. 4-78 






1N4059A . . . 


.4-80 


1N4106JAN 




1N4127JAN 


1N4555B.R 


1N4577 


. .4-79 


IN4750A 








1N4060 . 


4-80 


1N4106JTX 




1N4I27JTX 


1N4556 


1N4577A 


4-79 


1N4751 


.4-78 






IN4060A 


4-80 


1N4106JTXV 




1N4127JIXV 


1N4556A.R 


1N4578 


. . . .4-79 


1N4751A 








1N4061 .. 


4-80 


1N4107 


4-77 


1N4128 


1N4556B.R 


1N4578A . 


...4-79 


IN4752 


...4-78 






1N4061A 


4-80 


1N4107JAN 




1N4128JAN 


1N45578R 4-78 


1N4579 .... 


....4-79 


1N4752A 








1N4062 


4-80 


1N4107JTX 




1N4126JTX 


1N4557A.R 


1N4579A ... 


...4-79 


1N4753 .... 


4-78 






1N4062A 


4-80 


1N4107JTXV 




1N4128J1XV 


IN4557B.R 


1N4580 


. . . .4-79 


1N4753A 







7-7 





CATALOG INDEX 


(continued) 






















DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE PAGE 


DEVICE 


PAGE 






1N4754 .... 


4-78 


1N4900 .... 


4-79 


DIODES 




1N5235A 




1N5263A 


1N5290JIX 








1N4754A 




1N4900A .... 


4-79 


VVC 




IN5235B 




1N5263B 


1N5290JIXV 








1N4755 .... 


4-7! 


1N4901 


4-79 


1N5139 


4-66 


1N5236 .... 


4-77 


IN 5264 


1N5291 








1N4755A 




1N4901A .... 


....4-79 


1N5139A .... 


4-66 


1N5236A 




1N5264A 


1N5291JAN 








1N4756 .... 


4-7« 


1N4902 


...4-79 


1N5140 


.4-66 


1N5236B 




1N5264B 


1N5291JTX 








1N4756A 




1N4902A . . . 


.4-79 


1N5140A .... 


4-66 


IN5237 .... 


4-77 


1N5265 4-77 


1N5291J1XV 








1N4757 .... 


. . . .4-78 


1N4903 ... 


4-79 


1N5141 


.4-66 


1NS737A 




1N5265A 


1N5292 








1N4757A 




1N4903A.... 


...4-79 


1N5141A ... 


4-66 


1N5237B 




1N5265B 


1N5292JAN 








1N4758 .... 


.4-78 


1N4904 


4-79 




4 66 


1N5238 




1N5266 4-77 


1N5292JTX 








1N4758A 




1N4904A .... 


. . . 4-79 


1NS142A 


4-66 


1N5238A 




1N5266A 


1N5292JIXV 








IN4759 .. . 


4-78 


1N4905 . .. 


. . . .4-79 


1N5143 


4-66 


1N5238B 




1N5266B 


1N5293 








1N4759A 




1N4905A .... 


... 4-79 


1N5143A .... 


4-66 


1N5239 ... 


4-77 


1N5267 4-77 


1N5293JAN 








1N4760 


...4-7* 


IN4906 . 


4-79 


1N5144 


4-66 


1N5239A 




1N5267A 


1N5293JTX 








1N4760A 




1N4906A .... 


. . 4-79 


1N5144A 


4-66 


1N5239B 




1N5267B 


IH5293JTXV 








IN4761 .... 


. . . .4-78 


1N4907 


4-79 


1N5145 


4-66 


1N5240 . . 


4-77 


1N5268 4-77 


IN 5294 








1N4761A 




1N4907A . 


4-79 


1N5145A 


4-66 


1N5240A 




1N5268A 


1N5294JAN 








1H4762 


...4-71 


1N490I 


...4-79 


1N514G 


4-66 


1N5240B 




1N5268B 


1N5294JTX 








1N4762A 




1N4908A .... 


4-79 


1N5146A .. .. 


4-66 


1N5241 


4-77 


1N5269 


1N5294JIXV 








1N4763 .. 


4-71 


1N4909 . . 


4-79 


IN5147 


4-66 


1N524IA 




1N5269A 


IN 5295 








1N4763A 




IN 4909 A .... 


. . .4-79 


IN5I47A 


4-66 


1N52418 




1N5269B 


1N5295JAN 








1N4764 


4-71 


1N4910 . 


.4-79 






1N5242 .., 


4-77 


1N5270 4-77 


1N5295JTX 








1N4764A 




1N4910A .... 
1N4911 


4-79 

4-79 


1N5148A .... 


4-66 


IN5242A 
1N5242B 




1N5270A 
1N5270B 


1N5295JIXV 
1N5296 








TC 




1N49UA . 


4-79 


Varactor 




1N5243 


.. .4-77 


1N5271 4-77 


1N5296JAN 








1N4765 




1(44912 


...4-79 


Multiplier 
1N5149 




1N5243A 




1N5271A 


1N5296JIX 








1N4765A 




1N4912A .... 


4-79 


. .4-59 


1N5243B 




1N5271B 


1N5296JTXV 








1N4766 




1N4913 


4-79 


1N5150 


. . .4-59 


1N5244 




1N5272 4-77 


1N5297 








1N4766A 




1N49I3A .... 


4-79 


1N5150A . . 


. . .4-59 


1N5244A 




1N5272A 


1N5297JAN 








1N4767 
1N4767A 




1N4914 


4-79 


1N5153 . . . 
1N5153A . . 


.. ..4-59 
. ..4-59 


1N5244B 
1N5245 .... 


4-77 


1N5272B 

1N5273 4-77 


1N5297JTX 
1N5297J1XV 








1N4914A .... 


...4-79 






1N4768 




1N4915 


4-79 


1N5155 . . . 


. .4-59 


1N5245A 




1N5273A 


1N5298 








1N4768A 
1N4769 




1N4915A 


4-79 


1N5155A . . 


.. . .4-59 


1N5245B 
1N5246 .... 


4-77 


1N5273B 

1N5274 4-77 


1N5298JAN 
1N5298JTX 








1N4916 


....4-79 






1N4769A 




1N4916A... 


....4-79 


THYRISTOF 


S 


1N5246A 




1N5274A 


1N5298JIXV 








IN4770 




1N4917 


...4-79 


4-Layer Dio 


des 


1N5246B 




1N5274B 


1N5299 








1N4770A 




1N4917A .... 


. ...4-79 


1N5158 




1N5247 




1N5275 4-77 


1N5299JAN 








1N4771 




1N4918 


...4-79 


1N51S9 




1N5247A 




1N5275A 


1N5299JTX 








1N4771A 




1N4918A 


4-79 


IN5160 




IN5247B 




1N5275B 


1N5299JTXV 








1N4772 




1N4919 ... 


4-79 






1N5248 . 


4-77 


1N5276 4-77 


1NS300 








1N4772A 




1N4919A 


4-79 


DIODES 




1N5248A 




1N5276A 


1N5300JAN 








1N4773 




1N4920 ... 


4-79 


Zener 




1N5248B 




1N5276B 


1N5300JIX 








1N4773A 




1N4920A . . 


. . .4-79 


1N5221 


. . . .4-77 


1N5249 




1N5277 4-77 


1N5300JTXV 








1N4774 




1N4921 .... 


.. .4-79 


1N5221A 




1N5249A 




1N5277A 


1N5301 








1N4774A 




1N492U ... 


4-79 


1N5221B 




1N5249B 




1N5277B 


1N5301JAN 








1N4775 . 


.4-79 


1N4922 . . 


.4-79 


1N5222 




1N5250 ... . 


4-77 


1N5278 4-77 


1N5301JTX 








1N4775A 


4-79 


1N4922A . . 


.4-79 


1N5222A 




1N5250A 




1N5278A 


1N530UIXV 








IN477S 


. 4-79 


1N4923 


4-79 


1N5222B 




1N5250B 




1N5278B 


1N5302 








1N4776A ... 


4-79 


1N4923A . 


. .4-79 


1N5223 


4-77 


1N5251 


4-77 


1N5279 4-77 


1NS302JAN 








1N4777 . . . 


. .4-79 


1N4924 


4-79 


1N5223A 




1N5251A 




1N5279A 


IN 5302 J IX 








1N4777A . . 


. .4-79 


1N4924A .... 


4-79 


1N5223B 




1N5251B 




1N5279B 


1N5302J1XV 








1N4778 


4-79 


1N4925 .... 


. . .4-79 


1N5224 




1N5252 


4-77 


1N5280 


1N5303 








IN4778A . . . 


.4-79 


1N4925A .... 


4-79 


1NS224A 




1N5252A 




1N5280A 


1N5303JAN 








1N4779 . ., 


. .4-79 


1N4926 


4-79 


1N5224B 




1N5252B 




1N5280B 


1N5303J7X 








IN4779A . . . 


...4-79 


1N4926A .... 


. . . .4-79 


1N5225 


. . . .4-77 


IN5253 




1N5281 4-77 


1N5303JTXV 








1N4780 


. .4-79 


1N4927 , . 


4-79 


1N5225A 




1N5253A 




1N5281A 


1N5304 








1N4780A . . . 


.. .4-79 


1N4927A .... 


. . . .4-79 


1N5225B 




1N5253B 




1N5281B 


1N5304JAN 








1N4781 .... 


. 4-79 


1N4928 ... 


4-79 


1N5226 . ... 


4-77 


1N5254 


4-77 




1N5304JIX 








1N4781A ,, 


...4-79 


1N4928A .... 


. . . .4-79 


1N5226A 




1N5254A 






1N5304JIXV 








1N4782 . .. 


.4-79 


1N4929 


. . . .4-79 


1N5226B 




1N5254B 




Current 


1N5305 








1N4782A 


.4-79 


1N4929A . . . 


. 4-79 


1N5227 .. .. 


4-77 


1N5255 




Regulator 


1N5305JAN 








1N4783 


.4-79 


1N4930 


. . . .4-79 


1N5227A 




1N5255A 




185283 


1N5305JTX 








1N4783A 


4-79 


1N4930A .... 


. . . .4-79 


1N5227B 




IN5255B 




1N5284 


1N5305JIXV 








1N4784 


4-79 


1N4931 


4-79 


1N5228 ,., 


.. 4-77 


1N5256 . . . 


.. .4-77 


1N5285 


IN 5306 








1N4784A 


4-79 


IN4931A .. 


4-79 


1NS228A 




1N5256A 




1N5285JAN 


1N5306JAN 








1N4I90 


4-81 


1N4932 


. .4-79 


1N5228B 




IN5256B 




1N5285JTX 


1N5306J1X 








1N4890A 


4-81 


1N4932A.... 


. 4-79 


1N5229 


....4-77 


1N5257 


4-77 


1N5285JTXV 


1N5306JIXV 








1N4891 . . 


4-81 






1N5229A 




1N5257A 




1N5286 


1N5307 








1N4891A 


.4-81 


RECTIFIERS 




1N5229B 




1N5257B 




1N5286JAN 


1N5307JAN 








1N4S92 . 


4-81 


1N4933 


4-91 


1N5230 


.4-77 


1N5258 


4-77 


1N5286JTX 


1N5307JIX 








1N4892A . . 


4-81 


1N4934 


4-91 


1NS230A 




1NS258A 




1N5286JTXV 


IN5307JIXV 








1N4893 . 


. 4-81 


IN 49 3 5 


4-91 


1N5230B 




1N5258B 




1N5287 


1N5308 








1N4893A . . . 


4-81 


1N4936 


4-91 


1N5231 


. 4-77 


1N5259 


4-77 


1N5287JAN 


1N5308JAN 








1N4894 .... 


.. 4-81 


1N4937 


4-91 


1N5231A 




1N5259A 




1N5287JIX 


1N5308JIX 








1N4894A . . 


.4-81 


1N4997 . . . 


.4-86 


1NS231B 




1N5259B 




1N5287JIXV 


1N5308JIXV 








1N4895 . . . 


.4-81 


1N4998 ... . 


. .4-86 


1N5232 


. . .4-77 


1N5260 


. . . .4-77 


185288 


IN 5309 








1N4895A . . 


4-81 


1N4999 . 


4-86 


1N5232A 




1N5260A 




1N5288JAN 


1N5309JAN 








1N4896 ... 


4-79 


1N5000 .... 


4-86 


1N52328 




1N5260B 




1N5288JTX 


1N5309JTX 








1N4896A . . 


4-79 


1N5001 ... 


4-86 


1N5233 




1N5261 .... 


.. .4-77 


1N5288JTXV 


1N5309JIXV 








1N4897 ... 


4-79 


1N5002 


4-86 


1N5233A 




1N5261A 




1N5289 


1N5310 








1N4897A .. . 


4-79 


1N5003 , , 


4-86 


1N52338 




1N5261B 




1N5289JAN 


1N5310JAN 








1N4898 .... 


4-79 






1N5234 


4-77 


1N5262 


. 4-77 


1N5289JTX 


1N5310JTX 








1N4898A .... 


4-79 






1N5234A 




1N5262A 




1N5289JTXV 


1N5310JIXV 








1N4899 .... 


4-79 






1N5234B 




1N5262B 




185290 


1N5311 








1N4899A 


...4-79 






1N5235 


.. .4-77 


1N5263 


4-77 


1N5290JAN 


1N531UAN 







7-8 



CATALOG INDEX (continued) 



DEVICE 


PAtU 


DEVICE 




invia 


PAGE 


DEVICE I m 




0EVICE PMC] 


1NS311JTX 




1N5355B 


1N5383B 




IN5533A 


1N5820 


1N5936 


1M53UJIXV 




1N5356 




1N5384 . .. 


...4-78 


IN5533B 


1N582I 


1N5926A 


1N5312 




1N5356A 




1N5384A 




1N5534 


1N5823 


1N5926B 


1N5312JAN 




1N5356B 




IN5384B 




1N5534A 


IN 5824 


1N5927 


1N5312JIX 




1N5357 


. .4-78 


1N5385 




1N5534B 


1N5825 


1N5927A 


1N5312JTXV 




1N5357A 




IN5385A 




1N5535 4-77 


1N5826 


1N5927B 


1N5313 




1N5357B 




1N5385B 




1N5535A 


1N5827 


1N5928 


1N5313JAN 




1N5358 . 


...4-78 


1N5386 


4-78 


1N5535B 


1N5828 


1N5928A 


1N5313JTX 




1N5358A 




1N5386A 




1N5536 4-77 


1N5829 


1N5928B 


1NS313JTXV 




1N53588 




1N5386B 




1N5536A 


1N5830 


1N5929 


1N5314 




1N5359 ..... 


. .4-78 


IN 5387 




IN5536B 


1N5831 


1N5929A 


1N5314JAN 




1N5359A 




1N5387A 




1N5537 


1N5832 


1N5929B 


1NS314JTX 




1N5359B 




1N5387B 




IN5537A 


1N5833 


1N5930 


1N5314JTXV 




IN 5360 

1N5360A 




1N5388 . .. 
1N5388A 


....4-78 


1N5537B 

1N5538 4-77 


IN 5834 


1N5930A 
1N5930B 


Zener 




1N5360B 




IN5388B 




1N5538A 


DIODES 


1N5931 


1N5333 


., .4-78 


1N5361 . ... 


. . . .4-78 






1N5538B 


Zener 


1N5931A 


IN5333A 




1N5361A 




VVC 




1N5539 


1N5837A 4-77 


1N5931B 


1N5333B 




1N5361B 




1N5441A ... 


....4-17 


1N5539A 


thfu 


1N5932 


1H5334 


.4-78 


1N5362 




thiu 




IN5539B 


1N5873A 4-77 


1N5932A 


1N5334A 




1N5362A 




1N5456A .... 


. . . .4-67 


1N5540 4-77 


1N5837B 


1N5932B 


1N5334B 




1N5362B 




1N5441B 




1N5540A 


thru 


1N5933 


1N5335 


....4-78 


1N5363 


... - 4-78 


thru 




1N5540B 


1N5873B 


1N5933A 


1N5335A 




1N5363A 




1N5456B 




1N5541 4-77 


1N5874A 4-77 


1N5933B 


1N5335B 




1N5363B 




1N544IC 




IN554IA 


thru 


IN 5934 


1N5336 


.4-71 


1N5364 . . 


.4-78 


thru 




1N554IB 


1N5886A 4-77 


1N5934A 


1N5336A 




1N5364A 




IN5456C 




1N5542 4-77 


1N58748 


1N59348 


1N5336B 




1N5364B 




IN5461A 


4-66 


1N5542A 


thru 


1N5935 


1N5337 


... 4-78 


1N5365 


. .4-78 


Mm 




1N5542B 


1N5886B 


1N5935A 


1NS337A 




1N5365A 




1N5476A .... 


4-66 


IN5543 


1N5887A 4-77 


1N5935B 


1N5337B 




1N5365B 




1N5461B 




1N5543A 


thru 


1N5936 


1N5338 


4-78 


1N5366 


.4-78 


thru 




IN5543B 


1N5897A 4-77 


1N5936A 


IN5338A 




1N5366A 




1N5476B 




1N5544 4-77 


IN5S87B 


1N5936B 


1N5338B 




1N5366B 




1N5461C 




IN5544A 


thru 


1N5937 


1N5339 


...4-78 


1N5367 


.. 4-78 


Ihfu 




1N5544B 


1N5897B 


1N5937A 


1N5339A 




1N5367A 




1N5476C 




1N5545 4-77 




1N5937B 


1N5339B 




1N5367B 








IN5545A 


OPTOELECTRONICS 


1N5938 


1N5340 




1N5368 ... 


. . . .4-78 


Avalanche 




1N5545B 


LED 


1N5938A 


1N5340A 




IN5368A 




1N5518 


4-77 


1N5546 


1N5909 4-110 


1N5938B 


1N5340B 




1N536SB 




1N5518A 




1N5546A 


1N5910 4-110 


IN 5939 


1N5341 


4-78 


1N5369 .... 


4-78 


IN5518B 




IN5546B 


1N59U 4-110 


1N5939A 


1N5341A 




1N5369A 




1N55I9 


4-77 




1N5912 4-110 


IN5939B 


1N5341B 




1N5369B 




IN55I9A 




TRANSISTORS 




1N5940 


1N5342 


...4-78 


1N5370 


. .4-78 


1N5519B 




Photo 


DIODES 


1N5940A 


1N5342A 




1N5370A 




1N5520 


....4-77 


1N5722 


Zener 


1N5940B 


1N5342B 




1N5370B 




1N5520A 




1N5723 


1N5913 


1N5941 


1N5343 


....4-78 


1N5371 




1N5520B 




1N5724 


1N5913A 


1N5941A 


1N5343A 




1N5371A 




1N5521 


4-77 


IN5725 


1N5913B 


1N59416 


1N5343B 




1N5371B 




1N5521A 






1N5914 


1N5942 


1N5344 . 


.♦•71 


1N5372 


. 4-78 


1N552IB 




THYRISTORS 


1N5914A 


1N5942A 


1N5344A 




1N5372A 




1N5522 


., .4-77 


Bilateral 


1N5914B 


1N5942B 


1N5344B 




1N5372B 




1N5522A 




Triggers 


1N5915 


1N5943 


1N5345 




1N5373 


... .4-78 


1N5522B 




1N5758 


1N5915A 


1N5943A 


IN5345A 




1N5373A 




1N5523 


....4-77 


IN5758A 


1N5915B 


1N5943B 


1N5345B 




1N5373B 




IN5523A 




IN5759 


1N5916 


1N5944 


1N5346 


... 4-78 


1N5374 .. .. 


.4-78 


1N5523B 




IN5759A 


1N5916A 


1N5944A 


1N5346A 




1N5374A 




1N5524 . .. 


. . .4-77 


IN 5760 


1859161 


1N5944B 


IN 53468 




1N5374B 




1N5524A 




IN5760A 


185917 


1N5945 


1N5347 


...4-78 


1N5375 


. . .4-78 


1N5524B 




1N5761 


1N5917A 


1N5945A 


1N5347A 




1N5375A 




IN5525 .... 


. . . .4-77 


1N5761A 


1N59178 


1N5945B 


1N5347B 




1N5375B 




1N5525A 




1N5762 


1N5918 


1N5946 


1N5348 


.. .4-78 


IN 5376 




1N5525B 




1N5762A 


1N5918A 


1N5946A 


1N5348A 




1N5376A 




1N5526 


.. . .4-77 




1N5918B 


1N5946B 


1N5348B 




1N53768 




1N5526A 




4-Layer Diodes 


1N5919 


1N5947 


1N5349 


4-78 


1N5377 


4-78 


1N5526B 




1N5779 


1N5919A 


1N5947A 


1N5349A 




1N5377A 




1N5527 


4-77 


1N5780 


1N5919B 


1N5947B 


1NS349B 




1N5377B 




1N5527A 




IN5781 


IN 5920 


1N5948 


1N5350 


.... 4-78 


1N5378 . . . . 


4-78 


1N5527B 




1N5782 


1N5920A 


1N5948A 


1N5350A 




1N5378A 




1N5528 . 


..4-77 


1N5783 


1N5920B 


1N5948B 


1N53508 




1N5378B 




1N5528A 




1N5784 


1N5921 


IN 5949 


1N5351 




1N5379 


4-78 


1N5528B 




1N5785 


1N5921A 


1N5949A 


1NS351A 




1N5379A 




1N5529 


. . . .4-77 


IN 5786 


1N5921B 


1N5949B 


1N53518 




1N5379B 




1N5529A 




IN 5787 


1N5922 


1N5950 


1N5352 


. . . .4-71 


1N5380 .... 


4-78 


IN5529B 




1N5788 


1N5922A 


1N5950A 


1N5352A 




1N5380A 




1N5530 


...4-77 


IN 5789 


1N5922B 


1N59508 


1153526 




1N5380B 




1N5530A 




IN 5790 


1N5923 


1N5951 


1N5353 


. . . .4-78 


1N5381 


,4-78 


1N5530B 




1N5791 


1N5923A 


1N5951A 


1NS3S3A 




1N5381A 




1N5531 


...4-77 


IN 5792 


1N5923B 


1N5951B 


1N53S3B 




1N5381B 




IN553IA 




IN 5793 


1N5924 


1N5952 


1N5354 


4-78 


1N5382 




1N553IB 






1N5924A 


1N5952A 


1N5354A 




1N5382A 




1N5532 


. .4-77 


RECTIFIERS 


1N5924B 


1N5952B 


IN53548 




1N5382B 




IN5532A 




Schottky 


1N5925 


1N5953 


1N5355 




1N53S3 . 


. .4-78 


1N5532B 




1N5817 


1N5925A 


1N5953A 


1N5355A 




1N5383A 




1NS533 


...4-77 


1N58I8 


1N59258 


1N5953B 



7-9 






CATALOG INDEX 


[continued) 




















DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE 


PAGE 


1N5954 




1N6010 


. 4-77 


2N691 


4-101 


2*1523 




2N2218AJTX2 




THYRISTORS 




IN 5954 A 




IKOIM 




2N692 


4-101 


2*1529 




2*2219s 


.4-15 


Unijunction 




1N5954B 




1N6010B 








2N1530 




2N2219JAN1 




2N2646 


4- 104 


1N5955 




1N6011 


4-77 


TRANSISTORS 


2N1531 




2N2219JAN2 




2N2647 


4-104 


1N5955A 




1N6011A 




SS Metal 




111532 




2*2219.11X1 








1N5955B 




1N601IB 




2N697 .... 


.4-15 


2N1533 




2N2219JTX2 




TRANSISTORS 


1N5956 




1N6012 


4-77 


2N699 . 


.419 


2*1534 




2N2219AS . . 


..4-15 


Metal Dual 




1N5956A 




1N6012A 




2N703 




2N1535 




2N2219AJAN1 




2N2652 


4-42 


IN59566 




1N6012B 




2N703JAN 




2*1536 




2N2219AJAN2 




2N2652A ... . 


4 42 


1N5985 .... 


4-77 


1N6013 


4-77 


2N706 




2*1537 




2N2219AJIX1 








1N59S5A 




1N6013A 




2N706JAN 




2N1538 




2N2219AJ1X2 




THYRISTORS 




1N5985B 




1N6013B 




2N706A 




2N1539 




2N2221 


.4-19 


2N2687 


.4-100 


1N5986 . . . 


4-77 


1N6014 


.4-77 


2N706B 




2*1540 




2N2221JAN 




2N2688 


.4-100 


1N5986A 




1N6014A 




2N708 




2N1541 




2N2221JTX 




2N2689 


.4- 100 


1N5986B 




1N6014B 




2N708JAN 




2N1542 




2N2221A 


. 4-19 


2N2690 


4-100 


IN5987 .... 


4-77 


1N6015 


.4-77 


2N708JIX 








2N2221AJAN 








1N5987A 




1N6015A 




2N717 


.4-19 


THYRISTORS 




2N2221AJIX 




TRANSISTORS 


1N5987B 




1N6015B 




2N718 


4-19 


SCR 




2N2222 


4-19 


Metal Dual 




1N5988 . . 


4-77 


1N6016 


.4-77 


2N718A 




2N1595 


4- 100 


2N2222JAN 




2N2720 


4-42 


1N5988A 




1N6016A 




2N718AJAN 




2N1596 


4-100 


2N2222J1X 




2N2721 


.4-42 


1N5988B 




1N6016B 




2N718AJTX 




2N1597 


4-100 


2N2222A 


. .4-19 


2N2722 


.4-41 


1N5S89 .... 


4-77 


1N6017 


.4-77 


2N720A 




2N1598 


4-100 


2N2222AJA* 




2N2723 


4 45 


1N5989A 




1N6017A 




2N736 




2N1599 


4-100 


2N2222AJIX 




2*2785 


. .4-45 


1N5989B 




1N6017B 




2N740 








2N2223 


.4-42 


2N27895 


. 4-15 


1N5990 .... 


.. ..4-77 


1N6018 


. .4-77 


2N744 




TRANSISTORS 


2N2223A 


..4-42 


2N2800s 


4-16 


1N5990A 




1N6018A 




2N753 




SS Metal 




2*2257 




2N2845 


. 4-15 


1N5990B 




1N6G18B 




2N828A 




2N1613 


4-19 


2*2270 








IN5991 .... 


4-77 


1N6019 


.4-77 


2N843 


419 


2N1613AS 




2N2270S 


.4-19 


RF 




1N5991A 




1N6019A 




2N869A 


. .4-16 


2*16135 


.4-15 


2N2297s 


.4-19 


2*2857 


.4-59 


1M59918 




1N6019B 




2N869AJAN 




2N1613JAN1 




2*2319 




2N2857JAN 




1N5992 .... 


.. ..4-77 


1*6020 


.4-77 


2N869AJTX 




2N1613JAN2 








2N2857JTX 




IN5992A 




1N6020A 




2N910 




2N1613JIX1 




THYRISTORS 




2N2857JTXV 




IN5992B 




1N6020B 




2N914 




2N1613JIX2 




SCR 








1N5993 .... 


4-77 


1N6021 


..4-77 


2N914JAN 




2N1711AS 




2N2322 .. . 


4-100 


SS Metal 




1N5993A 




IN6021A 




2N914JIX 




2NI711S 


.4-15 


2N2324 


4-100 


2N2894 


.4-16 


IN5993B 




1N6021B 




2N915 


4 15 






2*2325 


4-100 


2*2895 




1N5994 .... 


.. .4-77 


1N6022 


4-77 


2N916 


...4-15 


THYRISTORS 




2N2326 


4-100 


2N2896 




IN5994A 




1N6022A 




2N916JAN 




SCR 




2N2327 


4-100 


2N2897 




1N5994B 




1N6022B 




2N917 


4-18 


2N1842 


.4-100 


2N2328 


.4-100 


2N2903 


.4-41 


1N5995 .... 


4-77 


1N6023 


4-77 






2N1842A ..... 


4-100 


2N2329 


4-100 


2N2903A 


4-41 


1*5995A 
IN59958 




1N6023A 
UK0238 




2H918JAM 
2N9181TX 




2N1843 

2*1«43A ... 


4-100 
4-100 


TRANSISTORS 

CC Mplal 


2N29045 . . . 
2N2904A5 .... 


.4-16 
. 4- 16 


1N5996 . . . 


.. .4-77 


1N6024 


.4-77 


2N929 


4-17 


2*1144 


4-100 


JO r¥i c lai 

2N2330 
2N2331 
2N2368 ...... 

2N2369 

2N2369A 

2N2369AJAN 

2N2369AJTX 

2N2369AJIXV 

2*2382 

2N2405S 

2*2453 

2N2453A 

2N2480 

2N2480A 

2*2481 

2N248UAN 

2N2481JIX 

2*2483 

2N2484 

2N2501 

2N2539 

2N2540 

2N2543.A 




2N2905S 


.4-1$ 


1N5996A 




1N6024A 




2N929JAN 




2N1844A 


4-100 




2 N 2905 J AN 1 




1N5996B 




1N6024B 




2N930 


4-17 


2N1845 .... 


4-100 


4-15 

.4-15 

4-15 


2N2905JAN2 




1N5997 


4-77 


1N6025 


4-77 


2N930A 


4-17 


2NI845A . . 


4- 100 


2N2905JTX1 




1N5997A 




1N6025A 




2N930JAN 




2N1846 


4100 


2N2905JTX2 




1N5997B 




1N6025B 




2N9S6 




2N1846A 


4-100 


2N2905As 


4-16 


1N5998 .... 


4-77 


1N6026 


.4-77 


2N998 


4-45 


2*1847 .. 


4-100 




2N2905AJAN1 




1N5998A 




1N6026A 




2N1131 


.4-16 


2N1847A 


4-100 




2N2905AJAN2 




1N5998B 




1N6026B 




2N1131A . 


.4-16 


2N1848 


4-100 




2N2905AJ1X1 




1N5999 ... 


. .. 4-77 


1N6027 


.4-77 


2N1I31S.. .. 


.4-20 


2N184JA . .. 


4-100 




2N2905AJTX2 




1N5999A 




1N6027A 




2N1131AS ..... 


.4-20 


2N1849 ..... 


4-100 




2N2905AJTXV 




1N5999B 




1NS027B 




2N113HAN 




2N1849A 


4-100 




2N2906 


.416 


1N6000 .... 


4-77 


1N6028 


4-77 


2N1132 


4-16 


2*1850 


4-100 


. .4-42 


2N2906JAN 




1N6000A 




1N6028A 




2NU32A 


4-16 


2N1850A 


4100 


. .4-42 


2N2906A 


.416 


IN6000B 




1N6028B 




2N1132S 


420 






2N2906AJAN 




1N6001 .... 


4-77 


1NG029 


..4-77 


2N1132AS . 


.420 


TRANSISTORS 




2N2906JTX 




1N6001A 




IN 602 9 A 




2N1132JAN 




SS Metal 






2N2906AJTX 




1N6001B 




1N6029B 








2N1890 




.4-17 


2N2906AIXV 




1N6002 ... 


. .4-77 


1N6030 


. .4-77 


Pwr 




2N1893S 


. 4-19 


..t-n 


2N2907 


.416 


1N6002A 




IN6030A 




2N1162 


2N1990S 


. .4-17 


2N2907JAN 




1N6002B 




1N6030B 




2NI163 




2N1991S 


4-16 


.4-15 


2N2907JTX 




1N60O3 .... 


4-77 


1N6031 


4-77 


2N1I64 








. .4-15 


2N2907A 


.4-16 


1N6003A 




1N6031A 




2N1I65 




Met Dual 




.4-41 


2N2907AJAN 




1N6003B 




1N6031B 




2N1166 




2N2060 


. .4-42 


2N2907AJIX 




1N6004 .... 


4-77 






2N1167 




2N2060A 


.4-42 


THYRISTORS 




2N2907AIXV 




1N6004A 




TRANSISTORS 


2N1190S 




2N2O60JAN 




SCR 




2N29071XV 




1N6004B 




SS Metal 




2N1191 




2N2060JTX 




2*2573 


.4-101 


2*2913 


4-41 


1N6005 .... 


4-77 


2N656S 


.4-19 


2N1192 




2N2O60JTXV 




2N2574 


.4-101 


2N2914 


4-41 


1N6005A 




2N657S 


. .4-17 


2N1193 








2N2575 .... 


.4-101 


2N2915 


4-41 


1N6005B 








2N1194 




SS Metal 




2N2576 


.4-101 


2N2916 


4-41 


1N6006 .... 


4-77 


THYRISTORS 




2N1358 




2N2102S 


.4-19 


2N2577 


.4-101 


2N2917 


4-41 


1N60O6A 




SCR 




2N1359 




2N2193AS 


.4-19 


2N2578 


4-101 


2N2918 


. .4-41 


1N6006B 




2N681 


4-101 


2NI360 




2N2206 


.4-15 


2*2579 


.4-101 


2N2919 


.4-41 


1N6007 .... 


. . . .4-77 


2N682 


4-101 


2N1362 




2N2218s 


.4-15 






2N2920 


4-41 


1N6007A 




2N683 


4-101 


2N1363 




2N2218JAN1 




TRANSISTORS 


2N2944 




1*60078 




2N684 


4-101 


2N1364 




2N2218JAN2 




Metal Dual 




2N2945 




1N6008 .... 


4-77 


2N68S 


4-101 


2N1365 




2N2218JIX1 




2N2639 


.4-41 


2N2945A 




IN 6008 A 




2*686 


4-101 


2N15I8 




2N2218JIX2 




2*2640 


4-41 


2N2946 




1NC008B 




2M687 


4-101 


2N15I9 




2*2218As 


4-15 


2N2641 ... 


4-41 


2N2946A 




1N6009 .... 


4-77 


2*688 


4-101 


2N1520 




2N2218AJAN1 




2N2642 


4-41 






1N6009A 




2*689 


4-101 


2*1521 




2N22I8AJAN2 




2*2643 


.4-41 






1N60O9B 




2*690 


4-101 


mm 




2N2218AJTX1 




2*2644 


.4-41 







7-10 





CATALOG INDEX 


[continued) 






















DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE 


PA6E 




RF 




RF 




2N3506JTX1 


Pwr Metal 




RF 




RF 






2N2947 




2N3375 




2N3506JIX2 




2N3738 


...4-3 


2N3839 


. .4-59 


2N4012 






2N2948 




2K3375JAN 




2N3506TXV 




2N3739 


...4-3 


2N3866 


4-58 








2N2949 




2N3375JTX 




2N3507 . . . 


. 415 


2N3739JAN 




2N3866A 




Met Dual 






2N2950 




SS Metal 




2N3507JAN1 
2N3507JAN2 




2N3739JIX 
2N3740 




2N3866JAN 
2N3866JTX 




2N4013 

2N4014 


4-15 
.4-15 




SS Metal 




2N3425 




2N3507JTX1 




2N3740A 




2N3866AJAN 




2N4015 


4-42 




2N2951S 


...4-15 






2K3507JTX2 




2N3740JAN 




2N3866AJTX 




2N4016 


.4-42 




2N2959S 


...4-15 


Power 




2N3507TXV 




2N3740JIX 














2N3009 




2N3427 




2N3508 . . . 


.4-15 


2N3740JIXV 




Pwr Metal 




Pwr 






2N3011 


...4-15 






2N3509 


.4-15 


2N3741 


4-4 


2N3867 


. . .4-4 


2*4041 






2N3012 


...4-16 


Fet 




2N3510 




2N3741A 




2N3867JAN 




2N4049 






2N3013 




2N3436 




2N3511 




2N374UAN 




2N3867JTX 




2N4050 






2N3013JAN 




2N3437 




2N3544 


.418 


2N3741JTX 




2N3867JTXV 




2N4051 






2N3014 




2N3438 




2N3546 


...4-16 


2N3741JTXV 




2N3868 


...4-4 


2N4052 






2N3019S 


...4-19 






RF 








2N3868JAN 




2N4053 






2N3020s 


...4-19 


Pwr Metal 






SS Metal 




2N3868JTX 










2N3043 


...4-41 


2N3439 


...4-3 


2N3553 


,, .4-58 


2N37425 


..4-17 


2N3868JTXV 




Fet 






2N3044 


...4-41 


2N3439s 




2N3553JAN 




2N37431 


.4-18 






2N4066 






2N3045 


...4-41 


2N3440 


....4-3 


2N3553JTX 




2N3743JAN 




THYRISTORS 




2N4067 






2N3046 


...4-41 


2N3440s 




Pwr Metal 

2N3583 
2N3584 .... 




2N3743JTX 




SCR 










2N3047 


...4-41 


2N3441 






2N3743IXV 




2N3870 


.4-101 


RF 






2N3048 


...4-41 


2 N 3442 




.4-10 


2N3762S 


.4-16 


2N3871 


4-101 


2N4072 






2N3053S 








2N3763S 


416 


2N3872 


.4-101 


2N4073 






2N3053A5 .... 


..4-19 


SS Metal 




RF 




21)3764 




2N3873 


4-101 








2N3054A 




2N3444s 


...4-15 


2N3585 


...4-9 






2N3896 


.4-101 


Fet 






2N3055 


...4-6 


2N3444JAN 




2N3632 




Pwr Metal 




2N3897 


.4-101 


2N4091 


.4-32 




2 N 3072s 








SS Metal 

2N36341 . . . 

2N3634JAN1 

2N3634JAN2 

2N3634JIX1 

2N3634JTX2 

2N36355 

2N3635JAN1 

2N3635JAN2 

2N3635JTX1 

2N3635J1X2 

2N3635IXV 

2N3636I 

2N3636JAN1 

2N3636JAN2 




2N3766 




2N3898 


.4-101 


2N4092 


.4-32 




2N3073 


...4-16 


Pwr Metal 




.. 4-16 


2N3767 




2N3899 


. 4-101 


2N4093 


4-32 




2N3110* 

2N3114s 


4-19 
. .4-17 


2N3445 
2N3446 




2N3773 
2N3789 




TRANSISTORS 


SS Plastic 






2N3133S 


...4-16 


2N3447 






2N3789HS 




Pwr Metal 




2N4123 


.4-24 




2N3135 


.4-16 


2N3448 






2N3790 




2N3902 


...4-9 


2N4124 


.4-24 












.4-16 


2N3790HS 




2N3902JAN 




2N4124 


4-24 




RF 




SS Metal 




2N3791 


.4-6 


2N3902JTX 




2N4126 


.4-24 




2N3137 




2N3467S .... 


. . .4-16 




2N3791JAN 


















2H3467JAN1 






2N3791JTX 




Pwr Plastic 




RF 






SS Metal 




2N3467JAN2 






2H3791HS 




2N3903 


. . .4-24 


2N4130 






2N3220 




2N3467JTX1 






2N3792 .. .. 


4 6 


2N3904 


...4-24 








2N3227 


. . . .4-15 


2N3467JTX2 




416 


2N3792JAN 




2N3905 


. .4-24 


THYRISTORS 






2N3244S 


. . . .4-16 


2N3468S 


.4-16 


2N3792JTX 




2N3906 


4-24 


SCR 






2N3245S 


...4-16 


2N3468JAN1 






2N3792HS 




Fet 




2H4167 


.4-100 




2N3249 


...4-16 


2N3468JAN2 




2N3636JTX1 
2N3636JTX2 
2H3637s 
2N3637JAN1 










2N4168 


4-100 




2N3250 


. .4-16 


2N3468JTX1 






Fet 




2N3909 


. .4-31 


2N4169 


4-100 




2N3250A 


...4-16 


2N3468JTX2 




. 4-11 


2N3796 


.4-32 


2N3909A 


...4-31 


2N4170 


.4- 100 




2N3250AJAN 




2N3485 


. . 4-20 


2N3797 


4-32 


RF 




2N4171 


4-100 




2N3250AJTX 




2H3485A 


.4-20 


2N3637JAN2 
2N3637JTX1 
2N3637JIX2 










2N4172 


4-100 




2N3251 


...4-16 


2N3485AJAN 






SS Metal 




2N3924 




2N4173 


4-100 




2N3251A 


...4-16 


2N3485AJTX 






2N3798 


. 4-17 


2N3925 




2N4174 


4-100 




2N3251AJAN 
2N3251AJTX 




2N3486 


4-20 




2N3799 


4-17 


2N3926 




2N4183 

2N4184 


.4-100 
4-100 






2N3486A 


...4-20 


2N3637TXV 
2N3647 ...... 

2N3648 

2N3673 
2N3677 
2N3712I 


.4-15 
.415 


2N3806 


4-41 


2N3927 






2N32525 


...4-15 


2N3486AJAN 




2N3807 


4-41 


SS Metal 




2N4185 


4-100 




2N3253S 


...4-15 


2N3486AJTX 




2N3808 


4-41 




2N4186 


4-100 




2N3253JAN 




2H3494s 


.4-18 




2N3809 


. .4-41 


2N3946 


...4-15 


2N4187 


.4-100 




2N3283 




2N3495S 


.4-18 


. 4-17 


2N3810 


4-41 


2N3947 


. . .4-15 


2N4188 


.4-100 




2N3284 




2N3496 


4-18 


2N3810A 








2N4189 


.4-100 




nszas 




2N3497 

2N3498s .... 


...4-18 
...4-17 


Pwr Metal 
2N3713 




2N38I0JAN 
2N3810J1X 




RF 

2N3948 


...4-55 


2N4190 


.4-100 




RF 




2N3498JAN1 




2N3713HS 




2N3810JIXV 




2N3950 




Pulse 
Modulator 

2N4199 






2N3287 




2N3498JAN2 




2N3714 




2N38U 


. .4-41 


2N3959 








2N3291 




2N3498JTX1 




2N3714HS 




2N38UA 




2N3960 


...4-60 


.4-103 
4-103 
4-103 

.4-103 

.4-103 
4-103 

.4-103 




2N3292 




2N3498JTX2 




2N3715 


...4-6 


2N3811JAN 




2N3960JAN 






2N3294 




2N3498TXV 




2N3715HS 


2N3811J1X 




2N3960JTX 




2N4199JAN — 
2N4200 




2N32955 
2N3296 




2N3499S 

2N3499JAN1 


.4-17 


2N3715JAN 
2N3715JTX 




2N381UIXV 
2N3812 


. .4-41 


2N3961 






2N4200JAN ... 

2N4201 

2N420UAN .... 
2N4202 




2N3297 




2N3499JAN2 




2N3715JTXV 




2N3813 


.4-41 


Fet 










2N3499JTX1 




2N3716 


..4-6 


2N3814 


..4-41 


2N3970 


...4-32 




SS Metal 
2N3299s 




2N3499JTX2 




2N3716HS 
2N37I6JAN 




2N3815 


. .4-41 


2N3971 


. .4-32 




...4-15 


2N3499TXV 






2N3816 


4-41 


2N3972 


...4-32 


2N4202JAN ... 

2N4203 

2N4203JAN .... 


.4-103 
.4-103 
.4-103 




2N330O5 

2N3301 


...4-15 
...4-19 


2N3500S 

2N3500JAN1 


...4-17 


2N3716JIX 
2N3716JIXV 




2N3816A 

2N3817 


4-41 
. 4-41 


SS Metal 






2N3302 

2N3303 

2N3307 

2N3308 . . 


...4-19 

. .4-18 
.4-18 


2N3500JAN2 
2N35O0JIX1 
2N3500JTX2 
2N35O0TXV 
2N3501S 


...4-17 


2N3719 
2N3720 
S2N3720 

SS Metal 




2N3817A 

Fet 

2N3821 
2N3822 


4-41 
.4-31 


2N3978 

THYRISTORS 
Unijunction 

2 N 3980 


2N4204 *-iuo 

2N4204JAN 4-103 

TRANSISTORS 
SS Metal 




Fet 

2N3330 




2N3501JAN1 




2N3724 


.4-15 


2N3823 


4-30 






2N4208 


..«-!(> 




4-31 


2N3501JAN2 




2N3725 


...4-15 


2N3824 


.4-30 


TRANSISTORS 


2N4209 


.4-16 




2N3330JAN 
2N3330JTX 




2N3501JTX1 
2N3501JTX2 




2N3726 
2N3727 




SS Dual 




Fet 

2N3993 


...4-32 


THYRISTORS 






2N3365 

2N3366 

2N3367 


4-31 


2N3501TXV 




2N3734 ... 


4-15 


2N3838 


.4-42 


2N3994 


. .4-32 


2N4212 


4-100 




4-31 
4-31 


2N3506 

2N3506JAN1 
2N3506JAN2 


.4-15 


2N3735 

2N3736 

2N3737 


415 

4-15 

.. 4-15 






2N3994A 


4-32 


2N4213 

2N4214 

2N4215 


4-100 
4100 
4100 



7-11 



CATALOG INDEX (continued) 



DEVICE 

2N4216 
2N4217 
2N4218 
2N4219 



PAGE 

.4-100 
4-100 
4-100 
4-100 



.4-30 
.4-31 
.4-30 

4-31 
.4-30 
.4-31 

4-33 
.4-33 



.. 4-5 
...4-5 

...4-5 






.4-3 



.4-18 

.4-18 

4-25 

.4-25 



TRANSISTORS 
Fet 

2N4220 .... 
2N4220A 
2N4221 
2N4221A 
2N4222 
2N4222A 
2N4223 . 
2N4224 ... 

Pwr Metal 

2N4231A ... 

2N4232A . . . 

2N4233A . . . 

2N4234S 

2N4235s 

2N4236S 

2N42375 

2N42385 

2N42395 

2N4240 . 

SS Metal 

2N4260 .... 
2N4261 . . . 
2N4264 . ... 
2N4265 

Pwr 

2N4276 
2N4277 
2N4278 
2N4279 
2N4280 
2N4281 
2N4282 
2N4283 



Fet 

2N4342 4-31 

Pwr Metal 
2N4348 

Fet 

2N435I 4-30 

2N4352 4-30 

2N4360 4-31 

2N4391 4-32 

2N4392 4-32 

2N4393 4-32 

Pwr Metal 

2N4398 4-7 

2N4398HS 

2N4399 4-7 

2N4399HS 
2N4399JAN 
2N4399JIX 
2N4399JIXV 

SS Plastic 

2N4400 4-24 

2N4401 4-24 

2N4402 4-24 

2N4403 4-24 

2N4404 4-16 

2N4405 4-16 

2N4406 4-16 

2N4407 4-16 

2N4409 
2H4410 

2114416 4-33 

2N4416A 4-33 

RF 

2N4427 4-54 

2H442I 4-60 

2*4440 



DEVICE 



PAGE 



THYRISTORS 
SCR 

2N4441 4-98 

2N4442 4-98 

2N4443 4-98 

2N4444 4-98 

TRANSISTORS 
SS Metal 

2N4449 

2N4449JAN 

2N4449JTX 

2N4450 4-15 

2N4453 

THYRISTORS 
Unijunction 

2N4851 4-104 

2N4852 4-104 

2N4853 4-104 



TRANSISTORS 
SS Metal 

2N4854 

2N4854JAN 
2N4854JTX 
2N4854JTXV 
2N4855 



4-42 



4-42 



Fet 

2N4856 . 

2N4856A 

2N4856JAN 

2N4856JTX 

2N4857 

2N4857A 

2N4858 

2N4858A 

2N4859 

2N48S9A 

2N4859JAN 

2N4859JTX 

2N4860 

2N4860A 

2N4861 

2N4861A 



4-32 
.4-32 



4-32 
4-32 
4-32 
4-32 
4-32 
4-32 



4-32 
4-32 
4-32 
.4-32 



.4-16 



THYRISTORS 
Unijunction 
2N4870 4-104 

2N4871 4-104 

TRANSISTORS 

Pwr Metal 

2N4877 

SS Metal 

2N4890 . . . 

Pwr Metal 

2N4898 
2N4899 
2N4900 
2N4901 
2N4902 
2N4903 
2N4904 
2N4905 
2N4906 
2N4910 
2N4911 
2N4912 
2N4913 
2N4914 
2N4915 
2N4918 
2N4919 
2N4920 
2N4921 
2N4922 
2N4923 



4-4 
.4-4 
.4-4 
.4-4 
.4-4 
.4-4 



0EVICE 

SS Metal 

2N4924S . . 
2N4925S 

2N4926 

2N4927 

2N4928S 

2N4929S 

2N4930S 

2N4930JAN 

2N4930JTX 

2N49301XV 

2N4931S 

2N4931JAN 

2N493UTX 

2N4931TXV 

2N4937 

2N4938 

2N4939 

2N4940 

2N4941 

2N4942 

THYRISTORS 

Unijunction 

2N4948 

2N4948JAN 
2N4948JTX 

2N4949 

2N4949JAN 
2N4949JTX 

TRANSISTORS 
RF 

2H4957 

2N4957JAN 
2N4957JTX 
2H4957JIXV 
2N4958 . ... 
2N4959 



PAGE 



4-17 

.4-17 
.4-17 
4-18 
4-16 
4-18 



.4-18 



4-104 



4-104 



.4-59 



4-59 
4-59 



THYRISTORS 
Bidirectional Switch 
2N4993 

TRANSISTORS 

RF 

2N5016 

2N503I 4-59 

2N5032 . .4-59 



Pwr Metal 

2N5050 
2N5051 
2N5052 

SS Metal 

2N5058S 

2N5059s 

THYRISTORS 
SCR 

2N5060 
2N5061 
2N5062 
2N5063 
2N50E4 

TRANSISTORS 
Pwr Metal 

2NS067 
2N50E8 
2N5069 



417 
417 



RF 

2 N 5070 
2N5071 



4-57 



SS Plastic 
2N5086 4-24 

2N5087 ,.. 4-24 
2N5088 . 4-24 
2N5089 4-24 



0EVICE PAGE 

RF 

2N5090 

2N5108 4-59 

2N5I09 4-60 

SS Quad 

2N5146 

Pwr Metal 

2N5155 

2N5157 



RF 

2N5160 
2N5161 
2N5162 

THYRISTORS 
SCR 



.4-60 



2N5164 
2N5165 
2N5166 
2N5167 
2N5168 
2N5169 
2N5170 
2N5171 



.4100 

...4-100 

.4-100 

.. 4100 

... 4-100 

4-100 

.4-100 

4-100 



TRANSISTORS 

RF 

2N5179 4-59 



Pwr Plastic 

2N5190 

2N5191 

2N5192 

2N5193 

2N5194 
2N5195 

SS Plastic 

2N5208 

2N5209 

2N5210 

2N5219 
2N5220 .... 

2N5221 

2N5222 
2N5223 
2N5224 

2N5225 

2N5226 

2N5227 
2N522S 
2N5229 
2N5230 
2N5231 

Pwr Metal 

2N5241 



Fet 

2N5265 . 

2N5266 

2N5267 

2N5268 

2N5269 

2N5270 . 

2N5271 



4-4 
4-4 
.4-4 
44 
4 4 
44 



4-27 
4-27 



4-26 
4-26 



4-26 
4-26 



Pwr Metal 

2N5301 

2N5301HS 

2N5302 ... 

2N5302HS 

2N5302JAN 

2N5302JTX 

2N5303 

2N5303HS 

2N5303JAN 

2N5303JTX 

2N5304 

2N5324 

2N5325 



4-31 

.4-31 
.4-31 
4-31 
4-31 
431 



.4-7 
.4-7 



4-6 



DEVICE PAGE 



. . 4-31 

. . .4-31 

4-31 

....4-31 
...4-31 

4-31 

. .4-31 



.4-24 
.4-24 



2N5336 
2N5337 
2N5338 
2NS339 
2N5344 
2N5345 
2N5346 
2N5347 
2N5348 
2N5349 

Fet 

2N5358 ..... 

2N5359 

2N5360 

2N5361 . .. 

2N5362 

2N5363 .... 
2N5364 

SS Plastic 

2N5400 

2N5401 „ . 

Pwr Metal 

2N5427 
2N5428 
2N5429 
2N5430 



THYRISTORS 
Unijunction 

2N5431 4-104 

2N5431JAN 
2N543UANTX 

TRANSISTORS 

Pwr 

2NS435 

2N5436 

2N5437 

2N5438 

2N5439 

2N5440 

THYRISTORS 
Triac 

2N5441 
2N5442 
2N5443 
2N5444 
2N5445 
2N5446 

TRANSISTORS 
Fet 



2N5457 
2N5458 
2N5459 
2N5460 
2N5461 
2N5462 
2N5463 
2N5464 
2N5465 
2N5471 
2N5472 
2N5473 
2N5474 
2N5475 
2N5476 
2N5484 
2N5485 
2N5486 



SS Plastic 

2N5550 
2H5551 . . 
2N5555 
2N5556 ..... 
2N5557 .. . 
2N5558 



.4-30 

.4-30 

.4-30 

. .4-30 

. .4-30 

.4-30 

4-31 

.4-31 

.4-31 

.4-31 

.4-31 

.4-31 

. .4-31 

4-31 

4-31 

4-33 

4 33 

4-33 



4-24 
.4-24 

4-31 

.4-31 
4-31 



DEVICE 

THYRISTORS 
Triac 

2N5567 

2N5568 

2N5569 

2N5570 

2N5571 

2N5572 

2N5573 

2N5574 

TRANSISTORS 
SS Metal 

2N5581 4-15 

2N5581JAN 
2N5581JTX 

2N5582 4-15 

2N5582JAN 
2N5582JTX 

RF 

2N5583 4-60 

2N5589 4-54 

2N5590 4-54 

2N5591 4-55 

Fet 

2N5594 

Pwr Metal 

2N5629 

2N5630 ... 

2N5631 

2N5632 .... 
2N5633 . 
2N5634 .... 

2N5635 

2N5636 

2N5637 .... 



Fet 

2N5638 
2N5639 
2N5640 



RF 

2N5641 

2N5642 . .. 

2N5643 

2N5644 

2N5645 
2N5E46 

Fet 

2N5653 
2N5654 

2N5655 

2N5656 

2N5657 

2N5668 

2N5669 

2N5670 

Pwr Plastic 

2 N 5679 

2N5679S 

2 N 5680 

2N56805 

2N5681 

2N5681S 

2N5682 

215682s 

2N5683 .. .. 

2N5684 

2N5685 

2N5685JAN 
2N5685JTX 
2N5686 . .. 
2N5686JAN 
2N5686JTX 



7 12 



CATALOG INDEX (continued) 



DEVICE 

Fet 
2NS716 
2N5717 . 
ZN5718 



Pwr Metal 

2N5745 4-6 

2N5745HS 
2N5745JAN 
2N5745JIX 
2N574SJTXV 

2N5758 4-5 

2N5759 4-5 

2N5760 4-5 

SS Metal 

2N5763 

OPTOS 
Pholodetectors 

2N5777 4-112 

2N5778 4-112 

2N5779 4-112 

2NS780 4-112 

TRANSISTORS 
SS Metal 

2N5793 
2N5794 

2N5795 4-42 

2N5796 4-42 

Fet 

2N5797 4-31 

2N579B 4-31 

2N5799 4-31 

2N5800 ,.. 4-31 



PAGE DEVICE 
RF 

2 N 5941 
2N5942 
2H5943 
2 N 5944 
2N5945 
2N5946 
2N5947 



. . .4-31 
. .4-31 

.4-31 



RF 

2N5829 ..... 

2N5835 

2N5836 

2N5837 

Pwr Metal 

2N5838 
2N5839 
2N5840 

RF 

2N5841 
2N5842 

SS Plastic 

2N5845 

2N5845A 

RF 

2N5846 
2N5847 
2N5848 
2N5849 

SS Metal 

2N5859 
2N5861 



4-59 
4-60 
4-60 
4-60 



4-60 



PAGE DEVICE 



4-53 
4-53 
4-53 

415 

.4-15 



RF 

2N5862 

Pwr Metal 

2N5867 
2N5868 

2N5I75 4-6 

2N5876 4-6 

2N5877 4-6 

2N5878 4-6 

2K5879 4-6 

2N5880 4-6 

2N5881 4-6 

2N5882 4-6 

2N5883 4-7 

2N5884 4-7 

2N5885 4-7 

2N5886 4-7 



4-57 
.4-57 

4-60 
.4-55 
.4-55 

.4-55 



PAGE DEVICE 



Pwr Plastic 




2N5973 


4-47 


2N5974 


4-42 


2N5975 


4-42 


2N5976 


4-42 


2N5977 




2N5978 




2N5979 




2N5980 




2N5981 




2N5982 




2N5983 




2N5984 




2N5985 




2N5986 


4-6 


2N5987 


.4-6 


2N5988 


.4-6 


2H5989 


..4-6 


2N5990 


.4-6 


2N5991 


.4-6 


THYRISTORS 




PUT 




2N6027 




2N6028 




TRANSISTORS 




Pwr Metal 




2N6029 


..4-6 


2N6030 


.4-6 


2N6031 


. 4-6 


Pwr Plastic 




2N6034 


.4-4 


2N6035 


.4-4 


2N6036 


4-4 


2N6037 .. 


.4-4 


2N603S 


.4-44 


2N6039 


..4-4 


2N6040 


4-5 


2N6041 


4-5 


2N6042 


.4-5 


2H6043 


4-5 


2N6044 


4-5 


2N6045 


4-5 



Pwr Metal 

2N6049 

2N6050 4-8 

2N6051 4-6 

2N6052 4-6 

2N6053 4-5 

2K6054 4-5 

2N6055 4-5 

2N6056 4-5 

2N6057 4-8 

2N6058 4-6 

2N6059 4-6 

THYRISTORS 
Triac 

2N6068 4-99 

2N6068A 4-99 

2N606SB 4-99 

2N6069 4-99 

2N6069A 4-99 

2N6069B 4-99 

2N6070 4-99 

2N6070A 4-99 

2N6070B 4-99 

2N6071 4-99 

2N6071A 4-99 

2H6071B 4-99 

2*6072 4-99 



2N6072A 4-99 

2N60728 4-99 

2N6073 4-99 

2N6073A 4-99 

2N6073B 4-99 

2N6074 4-99 

2N6074A 4-99 

2N6074B 4-99 

2(16075 4-99 

2N6075A 4-99 

2N6075B 4-99 

TRANSISTORS 
Pwr Metal 
2N6077 
2N6078 

RF 

2N6080 4-54 

2N6081 4-55 

2N6082 4-55 

2N6083 4-55 

2N6084 4-55 

2N6094 
2N6095 
2N6096 
2N6097 

THYRISTORS 

PUT 

2N6116 

2N6U6JAN 

2N6117 

2N61I7JAN 

2N6118 

2N6U8JAN 

TRANSISTORS 
RF 

2N6136 

THYRISTORS 
Triac 



PAGE 



2N6145 

2N6146 

2N6147 

2N6151 

2N6152 

2N6153 . 

2N6154 

2K6155 

2X6156 

2N6157 

2N6158 

2N6159 

2N6160 

2N6161 

2N6162 

2N6163 

2N6164 

2N6165 



TRANSISTORS 

RF 

2N6166 4-5» 

THYRISTORS 
SCR 



.4-102 

.4-102 

.4-102 

...4-99 

...4-99 

...4-99 

. .4-99 

4-99 

4 99 

4-102 

.4-102 

.4-102 

.4-102 

4-102 

.4-102 



2N6167 
2N6168 
2N6169 
2N6170 



.4-100 

.4100 

4-100 

...4-100 

2N6171 4-101 

2N6172 4-101 

2N6173 .4101 

2N6174 4101 

TRANSISTORS 

Pwr Metal 

2N6186 

2N6187 

2N6188 

2N6189 

2N6190 



2N6191 
2N6192 
2N6193 
2N6211 
2N6212 
2N6213 

2N6226 4-5 

2N6227 4-5 

2N6228 4-5 

2N6229 4-6 

2N6230 4-6 

2N6231 4-6 

2N6233 4-5 

2N6234 4-5 

2N6235 4-5 

THYRISTORS 
SCR 

2N6236 4-98 

2N6237 4-98 

2N6238 4-98 

2N6239 ...4-98 

2K6240 4-98 

2H6241 4-98 

2N6249 4-6 

2N6250 4-6 

TRANSISTORS 
RF 

2N6251 4-6 

2N6255 4-54 

2N6256 4-55 

Pwr Metal 

2N6274 4-11 

2N6275 4-7 

2N6276 4-7 

2N6277 4-7 

2N6278 
2N6279 
2N6280 
2N6281 

2N6282 4-S 

2N6283 4-6 

2N6284 4-6 

2N6285 4-6 

2N6286 4-6 

2N6287 4-6 

2N6294 4-7 

2N6295 4-4 

2N6296 4-7 

2N6297 4-4 

2N6298 4-5 

2N6299 4-5 

2N6300 4-5 

2N6301 4-5 

2N6303 



DEVICE 



PAGE 



RF 

2N6304 
2N6305 



4-60 
.4-60 



Pwr Metal 

2N6306 4-5 

2N6307 4-5 

2N6308 4-5 

2N6312 4-5 

2N6313 4-5 

2N6314 4-5 

2N6315 
2N6316 
2N6317 
2N6318 

2N6338 4-7 

2N6339 4-7 

2N6340 4-7 

2N6341 4-7 

THYRISTORS 
Triac 

2N6342 4-99 

2N6342A 4-99 

2N6343 4-99 

2N6343A 4-99 



2N6344 4-99 

2N6344A 4-99 

2N6345 4-99 

2N6345A 4-99 

2N6346 .... 4-99 

2N6346A 4-99 

2N6347 4-99 

2N6347A 4-99 

2N6348 4-99 

2N6348A 4-99 

2N6349 4-99 

2K6349A 4-99 

TRANSISTORS 
RF 

2N6366 
2N6367 

2N6368 
2N6370 



. ...4-53 

.4-53 
.4-57 



Pwr Metal 

21(6377 4-7 

2N6378 4-7 

2N6379 4-7 

2N6380 
2N6381 
2N6382 

2N6383 4-6 

2N6384 4-6 

2N6385 4-6 

THYRISTORS 
SCR 

2H6394 4-98 

2N6395 4-98 

2N6396 4-98 

2N6397 4-98 

2N6398 4-98 

2N6399 4-98 

2N6400 4-98 

2N6401 4-98 

2N6402 4-98 

2N6403 4-98 

2N6404 4-98 

2N6405 4-98 

TRANSISTORS 
Pwr Plastic 

2N6406 4-3 

2N6407 4-3 

2N6408 4-3 

2N6409 4-3 

2N6410 4-4 

2N6411 4-4 

2N6412 4-4 

2N6413 4-4 

2N6414 4-4 

2N6415 4-4 

2N6416 4-4 

2N6417 4-4 

2N6418 4-4 

2N6419 4-4 

2N6420 4-3 

2N6421 4-3 

2N6422 4-3 

2N6423 4-3 

2N6424 4-3 

2N6425 4-3 

SS Plastic 

2N6426 4-45 

2N6427 4-45 

2N6428 

thru 

2N6435 

Pwr Metal 

2N6436 4-7 

2N6437 4-7 

2N6438 4-7 

SS Multiples 

2N6441 4-41 

2N6442 4-41 



DEVICE 



PAGE 



2N6443 4-41 

2N6444 4-41 

2N6445 4-41 

2N6446 4-41 

2N6447 4-41 

2N6448 4-41 



Pwr Metal 
2N6495 



411 



Pwr Plastic 

2K6497 4-5 

2N6498 4-5 

2N6499 4-5 

SS Ceramic 

2N6501 4-37 

SS Metal 

2N6502 
2N6503 



SS Plastic 

2N6515 

2N6516 

2N6517 

2N6518 

2N6519 

2N6520 



4-27 
.4-27 

4-27 
.4-27 

4-27 
.4-27 



Dual Chip 

2N6521 4-45 

2N6522 4-45 

Pwr Metal 

2N6542 4-5 

2N6543 4-5 

2N6544 4-5 

2N6545 4-5 

2N6546 4-6 

2N6547 4-6 

Ouowatt 

2N6548 4-28 

2N6549 4-28 

2N6551 4-21 

2N6552 4-28 

2N6553 4-28 

2N6554 4-28 

2N6555 4-28 

2N6556 4-28 

2N6557 4-28 

2N6558 4-28 

2N6559 

Pwr Metal 

2N6569 4-6 

2N6576 4-6 

2N6577 4-6 

2N6580 4-6 

2N6673 4-20 

Fet 

3N124 4-33 

3N125 4-33 

3N126 4-33 

3N128 4-33 

3N140 4-33 

3N155 4-32 

3N155A 4-32 

3N156 4-32 

3N156A 4-32 

3N157 4-32 

3N157A 4-32 

3N158 4-32 

3N158A 4-32 

3N169 4-32 

3N170 4-32 

3N171 4-32 

3N209 4-33 

3N210 4-33 

3N223 4-33 

3N224 4-33 



7-13 



CATALOG INDEX (continued) 



DEVICE 



PACE 



OPTOS 
Coupler 

4N25 4-109 

4N25A 4-109 

4N26 4-109 

4N27 4-109 

4N28 4-109 

4N29 4-109 

4N29A 4-109 

4H30 4-109 

4N31 4-109 

4N32 4-109 

4N32A 4-109 

4N33 4-109 

4N35 4-109 

4*36 4-109 

4*37 4-109 

4H3I 4-109 

tun 4-109 

DIODES 
VVC 

BB10SA 4-70 

BB 105AM 

BB105B 4-70 

B810SBM 

BB1056 4-70 

B8105GM 

TRANSISTORS 
RF 

BFR90 4-60 

BFR91 4-60 

BFR96 4-60 

BFX89 4-S0 

BFY90 4-60 



Pwr Metal 
BUlOt . ... 

BU126 

BU205 

BU208 

BTW60 

BYW61 

BYW62 

BTW64 
BVW66 
8YW68 



45 



...4-4 
...4-9 
4-89 
4-J9 
4-89 
4-89 
4-89 
4-89 



MICROCOMPUTER 

Family 

M6800 1-2 

Support Hardware 
146800 1-4 

Support Software 
M6800 ... 1-4 

System Support 
M6800 1-3 

THYRISTORS 

Triac 

MAC10-1 

MACI0-2 

MAC10-3 

MAC10-4 

MAC10-5 

MAC10-6 

MAC10-7 

MAC108 

MAC11-1 

MAC! 12 

14 AC 11 3 

MAC 11 ■! 

MAC11-5 

MAC11-6 

MAC11-7 

MACU-8 

MAC35-1 

MAC35-2 

MAC35-3 

MAC3S-4 



4-99 
4-99 
4-99 
4-99 
4-99 
4-99 
4-99 
4-99 
.4-99 

.4-99 
4-99 

.4-99 

.4-99 
4-99 

.4-99 
4-99 

4-102 
.4-102 
.4-102 

4-102 



MAC35-5 . . . 


4-102 


MAC35-6 ... 


.4-102 


MAC35-7 ... 


.4-102 


MAC35-8 ... 


. .4-102 


MAC35-10 . 


.4-102 


MAC36-1 . .. 


. . 4-102 


MAC36-2 .... 


. 4-102 


MAC36-3 . . . 


. .4-102 


MAC36-4 .... 


. .4-102 


MAC36-J .... 


. .4-102 


MAC36-6 .... 


.4-102 


MAC36-7 .. 


...4-102 


MAC36-8 


4102 


MAC36-10 . . . 


...4-102 


MAC37-1 . . . 


.4-102 


MAC37-2 ... 


4-102 


MAC37-J .... 


. 4-102 


MAC37-4 ... 


.4- 102 


MAC37-5 .... 


4-102 


MAC37-6 ... 


.. 4-102 


MAC37-7 .... 


. 4-102 


MAC37-8 


.4-102 


MAC37-10... 


.4-102 


UAC38-1 . 


.4-102 


MAC38-2 


4-102 


MAC38-3 .... 


.4-102 


UAC38-4 . . . 


.4-102 


MAC38-5 . 


.4-102 


MAC38-6 . 


. 4-102 


MAC38-7 


. .4-102 


MAC38 8 . . 


4-102 


MAC38-10... 


.4-102 


MAC77-1 




HAC77-2 




MAC77-3 




HAC77-4 




MAC775 




MAC77-6 




HAC77-7 




HAC77-8 




MAC92-1 .... 


. .4-99 


MAC92-2 ... 


.4-99 


MAC92-3 .... 


4 99 


HAC92-4 . . . 


.4-99 


MAC92-5... 


. 4-99 


MAC92-6 . . 


. 4-99 


MAC92A-1... 


. 4-99 


MAC92A-2 .. 


4-99 


MAC92A-3 . 


4-99 


MACHA-4 . . 


4-99 


MAC92A-5 . . . 


. .4-99 


MAC92A-S . . . 


. .4-99 


MAC220-2 .. 


.4-99 


MAC220-3 . . . 


4-99 


MAC220-S . . . 


.4-99 


MAC220-7 . . 


4-99 


MAC220-9 


4-99 


MAC221-2 


. 4-99 


MAC221-3 


4-99 


MAC221-5 ... 


4-99 


HAC221-7 . . 


. 4-99 


MAC221-9 


4-99 


MAC4688. .. 


.4-103 


MAC4689 . . 


.4-103 


MAC4690 . 


4-103 


MAC5441 . 


4- 103 


MAC5442 . . 


. 4-103 


MAC5443 . 


.4-103 


MAC 54 4 4 . 


4-103 


MAC5445. .. 


. . 4-103 


MAC5446 . 


.4-103 


MAC6400 80 


4-103 


MAC6410 80 


.4-103 


MAC642O-80 


.4-103 


MAC40688 . . . 


. . 4-103 


MAC40689 . . . 


.4-103 


MAC40690 .. 


. . 4-103 


MAC4079S .. 


.4-102 


MAC40796 . 


.4-102 


MAC40797 .. 


.4-102 


MAC40798 


.4-102 


MAC40799. . 


...4-102 


MAC40800. . 


. . .4-102 


MAC40801 . . . 


.4-102 



DEVICE 

DIODES 
Hot Carrier 

MBD101 4-72 

MBD102 4-72 

MBD103 4-72 

M8D201 4-72 

MBD301 . 4-72 

MBD501 4-72 

MBD502 4-72 

MBD701 4-72 

MBD702 4-72 

VVC 

MBI101 4-72 

RECTIFIERS 

Schottky 

MBR320M . .492 

MBR330H . 4-92 

MBR33SH 

MBR1520 4-92 

MBR1530 4-92 

MBR1535 

MBR2520 4-92 

MBR2530 4-92 

M8R253S 

MBR4020 4-92 

MBR4020PF 4-92 

MBR4030 . . 4-92 
MBR4030PF . 4-92 
MBR4035 

THYRISTORS 
Bidirectional Switch 

MBS4991 4-105 

MBS4992 4-105 

MILM-38510 
0e»ic«s 5-5 

LINEAR 

MC8I131 3-6 

MC8I13P ...3-6 

MC8T141 3-6 

MC8T14P 3-6 

MC81231 3-6 

MC8I23P 3-6 

MC8T241 3-6 

MC8I24P 3-6 

MC8T26 3-7 

MHTL 

■em 

KMI 

MC662 
MC663 
■MM 

MC665 
MC666 
MC667 
MC668 

■cm 

HC670 
MC671 
MC672 
MC673 
MC674 
MC675 
MC676 
HC677 
MC678 
MC679 
MC680 
MC681 
MC682 
MC683 
MC684 
MC685 
MC686 
MC688 
MC689 
MC690 
MC691 

■cm 

MC699 



MRTL 

"C7O0 2-10 

MC701 2-10 

WC702 2-10 

MC703 2-10 

MC704 2-10 

■C705 2-10 

MC706 ..-.2-10 

MC707 2-10 

mW MRTL 

MC708 2-11 

HC709 2-U 

MC710 i-ll 

HC711 2-U 

MC712 2-U 

MC713 2-U 

MRTL 

MC714 2-10 

MC715 2-10 

mW MRTL 

■C717 2-U 

HC718 2-U 

MC719 2-U 

MC720 2-U 

MC721 2-11 

MC722 2-U 

MRTL 

MC723 2-10 

MC724.A 2-10 

MC725 2-10 

MC726 2-10 

UC727 2-10 

mW MRTL 

MC728 2-U 

MRTL 

MC729 2-10 

mW MRTL 

HC764 2-U 

HC767.A 2-U 

■C770 2-U 

MRTL 

■C771 210 

MC774 2-10 

MC775 2-10 

mW MRTL 

2N776 2-U 

MRTL 

MC777 2-10 

mW MRTL 

MC77B 2-U 

MRTL 

MC779 2-10 

MC780 2-10 

mW MRTL 

MC781 2-U 

BC782 2-U 

MRTL 

MC783 2-10 

MC784 2-10 

MC785.A 210 

MC7S6 2-10 

■C787 2-10 

MC788 2-10 

HC789.A 2-10 

MC790 2-10 

MC791 2-10 

MC792 2-10 

mW MRTL 

MC793 2-U 



DEVICE 



PAOE 



MRTL 

MC794 2-10 

MC796 2-10 

MC797 2-10 

mW MRTL 

MC798 2-U 

MRTL 

MC799 2-10 

MC800 2-10 

MC801 2-10 

MC802 2-10 

HC803 2-10 

MC804 2-10 

MC805 2-10 

MC806 2-10 

MC807 2-10 

mW MRTL 

MC808 2-U 

MC809 2-11 

MC810 2-U 

MC811 2-U 

MC812 2-U 

MC813 Ml 

MRTL 

MC814 2-10 

MCtlS 2-10 

MCI16 2-10 

mW MRTL 

MC817 2-U 

MC818 2-U 

MC819 2-U 

MC820 2-U 

NC821 2-U 

MC822 2-U 

MRTL 

BC824.A 2-10 

MC825 2-10 

MC826 2-10 

MC827 2-10 

mW MRTL 

MC828F 2-U 

MRTL 

MCS29 2-10 



MDTL 

MC830 

MC831 

MC832 

HC833 

MC834 

MC835 

MC836 

MC837 

MC838 

MC839 

MC840 

MC841 

HC843 

MC844 

MC845 

MC846 

MC847 

MC848 

MC849 

MC850 

MC851 

HC852 . 

HC853 

HC855 

MC856 

MC857 

MC858 

MC861 

HC8G2 

MC863 



2-8 
2-8 
.2-8 
2-8 
2-8 
2-8 
2-8 
2-8 
2-8 
2 8 

.2-8 
2-8 
2-8 
2-8 
2-8 
2-8 
2-8 
2-8 
.2-8 

.2-9 
2-9 

.2-9 

. 2-9 
.2-9 

.2-9 
2-9 
2-9 
2-9 
2-9 
2-9 



DEVICE 

mW MRTL 

MC864 

MC867.A , ... 

MC870 



15TI 



..2-11 

..Ml 

2-U 



MRTL 
MC871 
MC874 
MC875 

mW MRTL 
HC876 

MRTL 
MC877 

mW MRTL 

MC878 






...2-U 



.2-11 



MRTL 

MC879 
MC880 

mW MRTL 
MC881 
MC882 . 

MRTL 

MC883 

MC884 

MC885 . . 
MC885.A . . . 

MC88S 

MC887 . 

MC888 

MC889.A . . . 

MC890 

MC891 

MC892 . . . 

mW MRTL 

MC893 



.2-U 
2-U 



2-10 
2-10 

.2-10 
2-10 
2-10 
2-10 
2-10 
2-10 
2-10 

.2-10 
2 10 



211 



MRTL 

MC894 

I4C896. 

MC897 



mW MRTL 

MC898 



2-10 
2-10 
2- 10 



2-11 



MRTL 
MC899 
MC900 
MC901 
MC902 
MC903 
MC904 
MC905 
■C906 
MC907 



mW MRTL 
MC908. .. . 

MC909 

MC910 

■CM] ..... 

MC912 

MC913 



MRTL 

MC914 

MC915. ... 
MC916. . . 

mW MRTL 

MC917 

MC918 

MC919 

MC920 

MC921 

MC922 



2-10 
.2-10 
2-10 
210 
2-10 
2-10 
2-10 
210 



.2-11 
211 
2-11 

.2-11 
211 
2-U 



2-10 
2-10 
2-10 



.2-11 
2-U 
.2-11 
.2-11 
.2-U 
.2-11 



7-14 





CATALOG INDEX 


(continued) 
























OEVtCE 
MRTL 




DEVICE 

MC1310 


PAGE 

3-33 


DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE 


PAuE 


DEVICE 






MC1535. . .. 


4-16 


MC1803 


2-9 


MC3108 




MC4017 


2-6 

2-6 

2-6 






MC9Z4 


210 


MC1311 


. .3-33 


MC1536 


3-15 


MC1804 .... 


2-9 


MC3109 




UC4018 

MC4019 
MC4021 
MC4022 
MC4023 
MC4024 






MC925 


.2-10 


MC1312 


.3-33 


MC1537 


3-16 


MC1805 .... 


2-9 


MC3110 








MC926 


7-10 


MC1314 


.3-33 


MC1538 


3-15 


MC1806 .... 


2-9 


MC3U1 








MC927 


7-10 


MC1315 


.3-33 


MC1539 


3-14 


MC1807.... 


2-9 


MC3U2 














MC1323 


.3-22 


MC1540 




MC1808... 


2-9 


MC3115 










mW MRTL 




MC1324 


3-22 


MCI541 




MC1809 .... 


2-9 


MC3116 




... 2-6 






MC928 


2-11 


MC1326 


.3-22 


MC1543 




MC1810 


2-9 


MC3118 




HC4027 
MC4028 
MC4029 












HC1327 


.3-22 


MC1544 


3-5 


MC18U 


2-9 


MC3U9 










MRTL 




MC1328 


3-22 


MC1545 


... .3-17 


MC1S12 


2-9 


MC3120 










MC929 


.210 


MC1329 


.3-22 


HC1550... . 


.. .3-17 


MC1813 


2-9 


MC3121 




MC4030 
MC4031 
MC4032 
MC4035 
HC4037 












MC1330 


.3-22 


MC1552 .... 


3-18 


MC1814 


2-9 


MC3122 










MDTL 




MC1331 


.3-22 


MC1553 


3 18 


MC1815 


2-9 


MC3123 












78 


MC1344 

MC1349 


.3-22 
.3-22 


MC1554 .... 
MC1555 


3-21 
. 3-21 


MC1816 
MC1818 ... 


2-9 

2-9 


MC3124 
MC3125 










■C931 






HC932 


..2-1 


MC1350 


3-22 


MC1556 .... 


3-15 


MC 1870 .... 


2-9 


HC3126 




MC4038 








MC933 


..2-8 


MC1351 


.3-22 


MC1558 


...3-16 


MC1900 . 


2-9 


HC3128 




MC4040 








KC934 


..2-t 


MC1352 


3-22 


MC1560 




MC1901 


2-9 


MC3129 




HC4041 








MC93S 


..24 


MC1353 


.3-22 


HC1561 




MC1902 


2-9 


HC3130 




MC4042 








MC936 


..2-t 


MC1355 


.3-23 


MC1563 




■C1903 


2-9 


MC3131 




MC4043 








MC937 


2 8 


MC1356 


.3-23 


MC1566 




MC1904. .. 


2-9 


HC3132 




MC4044 


2-6 






MC938 


..2-t 


MC1357 


.3-23 


MC1568 




MC1905 ... 


2-9 


HC3133 




MC4048 








MC939 . 


..2-S 


MC1358 


.3-23 


MC1569 




MC1906... 


2-9 


HC3134 




MC4050 








MC940 


..2-8 


MC1364 


3-23 


MC1585 




MC1907.... 


2-9 


MC3150 




MC4051 








MC941 


.2-8 


MC1370 


.3-23 


MC1590 


.. 3-17 


MC1908 


2-9 


MC3151 




MC4062 








MC943 


..2-8 


MC1371 


.3-23 


MC1594 


.3-21 


HC1909 .... 


2-9 


MC3152 




MC4300 








MC944 


.2-8 


MC1375 


.3-23 


HC1595 


. . .3-21 


MC1910... 


2-9 


MC3153 




MC4304 








MC945 


2-8 


MC1385 


.3-23 


MC1596 


...3-21 


MC1911 ... 


2-9 


MC3154 




MC4305 








MC946 


7-8 


MC1391 


.3-73 


MECL 




MC1912 


2-9 


MC3155 




MC4306 








MC947 


.2-8 


MC1394 


.3-23 


MC1601 

MC1602 


2-4 


MC1914 


2-9 


MC3160 




MC4307 








MC948 


.2-8 


MC1398 


.3-23 


...2-4 


MC1915 — 


2-9 


MC3161 




MC4308 








MC949 


2-8 


MC1405 


..3-9 


MC1603 


2-4 


MC1916 — 


2-9 


MC3162 




MC4310 








MC950 


2-9 


MC1406 

MC1407 

MC1408L6 

MC1408L7 

MC1408L8 

MC1410 

MC1414 

MC1420 

MC1430 

MC1431 

MC1433 

MC1435 

MCI436 

MC143GC 

MC1437 

MC1438 
MC1439 
MC1440 
MC1441 

MC1444 

MC1445 

MC144GI 

MC1454 

MC1455 

MC1456 

MC1456C 

MC1458 

MC1458C 

MC1460 
MC1461 
HC1463 
HC1466 


..3-9 
.3-9 
.3-9 
.3-9 
.3-9 
.3-18 
.3-13 
.3-14 
.3-16 
3-16 
3-16 
.3-18 
3-15 
3-15 
3-16 


MC1604 


2-4 


MC1918 


.. .2-9 


MC3163 




MC4316 


2-6 






MC951 


7-9 


MC1605 


2-4 










MC4317 


2-6 






MC952 


.2-9 


MC1648... . 


2-4 


MTTL 




LINEAR 




MC4318 


2-6 






MC953 


2-9 


MC1650 ... 


.. .2-4 


MC3000 




MC3301 .... 


.... 3-24 


MC4319 


2-6 






MC955 


7-9 


MC1651 


.. 2-4 


MC3001 




MC3302 .... 


3-24 


MC4324 


2-6 






MC956 


.2-9 


MC1654 ... 


. .2-4 


MC30O2 




HC3303 .... 


3-16 


HC4326 








MC957 


2-9 


MC1658 ... 


2-4 


MC3003 




MC3310P . . . 


3-23 


MC4327 








MC9S8 


7-9 


MC1G80 


2-4 


MC3004 




MC3330 




MC4328 








MC961 


.2-9 


MC1662 


2-4 


MC3005 




HC3340P 


3-24 


HC4329 








HC962 


2-9 


HC1664 .... 


2-4 


MC3006 




■C3360P . 


.... 3-23 


MC4330 








MC963 


.2-9 


MC1666 . . . 


2-4 


MC3007 




MC3370 




MC4331 












MC1668. ... 


2-4 


MC3008 




MC3380 




MC4332 








MRTL 




MC1670 .... 


2-4 


MC3009 




MC3401 


3-16 


MC4335 








MC971 


7- 10 


MC1672 


2-4 


HC3010 




MC3403 .... 


3-16 


MC4337 








MC974 


7-10 


MC1674 . . . . 


2-4 


MC30I1 




MC3416 .... 


3-10 


MC4344 


2-6 






MC975 


7-10 




MC1678. .. 


2-4 


MC3012 




HC3430 .... 


3-12 


HC4350 














MC1688 . . . 


2-4 


MC3015 




MC3431 


3-12 


HC5400 








mW MRTL 






HC1690 


2-4 


MC3016 




MC3432 .... 


3-12 


MC5401 








MC976 


.2-11 


.3-5 
.3-17 


MC1697 


2-4 


MC3018 




MC3433 .... 


3-12 


MC5402 








MC978 


7-11 


MC1694. .. 


2-4 


MC3019 




MC3437 .... 


3-6 


HC5403 








MC981 


.2-11 


MC1696 


2-4 


MC3020 




MC3438.... 


3-6 


MC5404 








MC982 


211 


.3-21 


MC1699 


2-4 


MC3021 




MC3440 .... 


3-7 


MC5405 
















MC3022 




MC3441... 


3-7 


MC5406 








MRTL 




.3-21 
.3-15 
.3-15 
.3-15 
.3-15 


LINEAR 




MC3023 




MC3443 .... 


3-7 


MC5407 








MC983 


.2-10 


MC1709 


3-14 


MC3024 




MC3450 .... 


3-11 


MC5408 








MC984 


.2-10 


MC1709A . . . . 


3-14 


MC3025 




MC3452 .... 


3-11 


MC5409 








MC985 


.2-10 


MC1709C 


... .3-14 


MC3026 




MC3453 .... 


3-11 


MC5410 








MC986 


2-10 


MC1710 


3-12 


MC3028 




MC3456 .... 


3-21 


MC5416 








MC988 


2-10 




MC1710C. .. 


3-12 


MC3029 




HC3459 .... 


3-4 


MC5417 








MC989 


.2-10 




MC1711 


...3-12 


MC3030 




HC3460 .... 


3-4 


MC5420 








MC990 


.2-10 




MCI 71 1C . . . 


3-12 


MC3031 




MC3461.... 


3-3 


HC5426 








MC991 


2-10 




HC17I2 

MC1717C 


3-16 

3-16 


MC3032 
MC3033 




MC3466.... 


3-4 


MC5430 








MC992 


2-10 


MC1468 
HC1489 

MC1488 

MC14881 

MCI489 






MC3476 


3-15 


HC5437 












.3-10 

.3-10 
.3-10 


MC1773 




MC3034 




HC3490-... 


3-8 


MC5438 








mW MRTL 




MC1773C 




MC3050 




BC3491.... 


3-8 


MC5440 








MC993 


2-11 


MCI 733 


... .3-18 


MC3051 




HC3494 


3-8 


MC5442 












MC1733C 


. 3-18 


MC3052 




MC3503 


3-16 


MC5443 








MRTL 




MC14S9A 

MC1494 

MC1495 

MC1496 

MC1505 

MC1S06 


3-10 
3-21 
3-21 
.3-21 
.3-9 
.3-9 


HC1741 . . . 


3-15 


MC3053 




HC3556 .... 


3-21 


MC5444 








MC996 


2-10 


MC1741C 


3-15 


MC3054 








MC5445 








MC997 


.2-10 


MC1741S 


.3-15 


MC3055 




MTTL 




HC5446 












MC1741SC . . . 


315 


MC3060 




MC4000 




BC5447 








mW MRTL 




MC1747 


3-16 


MC3061 




MC4001 




MC5448 








MC998 


.211 




. .316 


MC3062 
MC3063 




UC4O02 
MC4004 




MC5449 
MC5450 








MC1S07 


..3-9 






MC1748 


3-14 






MC1S08 

MC1508L8 

MC1510 

MC1514 

MC1520 








MRTL 




.3-9 


MC1748C . . 


3-14 


HC3100 




MC4005 




MC5451 








MC999 


.2-10 


MC1776... . 


3-15 


MC3101 




MC4006 




HC5453 








LINEAR 




3-18 
.3-13 


MC1776C... 


3-15 


MC3102 




MC4007 




MC5454 








MC1303 


.3-33 






MC3103 




MC4008 




MC5460 








MC1304 


3-33 


.3-14 


MDTL 




MC3104 




MC4010 




MC5470 








MC1305 


.3-33 


MC1530 

MC1531 

MC1533 


.4-16 
4-16 
.4-16 


MC1800 


2-9 


MC3105 




MC4012 




MC5472 








MC1306 


.3-33 






MC3106 




MC4015 




MC5473 








MC1307 


3-33 


MC1807 . 


2-9 


MC3107 




MC4016 


2-6 


MC5475 







7-15 



;ataloc 


INDEX 


(continued) 


DEVICE PAGE 


DEVICE 


MC5477 




MC7266 


MC5479 




MC7267 


MC5480 




MC7270 


MC5483 




MC7271 


MC5484 




MC7280 


MC5486 




MC7281 


MC5490 




HC7400 


MC5491A 




MC740I 


MCS492 




HC7402 


MC5493 




MC7404 


MCS494 




MC7405 


■C5495 




MC7406 


MC5496 




MC7407 


MCHHOO 




MC7408 


MC54H01 




UC7409 


MC54H02 




MC7410 


MC54H04 




MC74I6 


MC54H05 




MC7417 


MC54H08 




MC7420 


MC54H10 




MC7426 


MC54HU 




MC7430 


MC54H12 




MC7437 


MC54H20 




MC7438 


MC54H21 




MC7440 


MC54H22 




MC7441A 


MC54H28 




MC7442 


MC54H29 




MC7443 


MCS4H30 




MC7444 


MCS4H31 




MC744' 


HC54H32 




MC7446 


MCS4H36 




HC7447 


MC54H39 




MC7448 


MC54H40 




MC7449 


MC54H50 




MC7450 


MC54H51 




MC745I 


MC54H52 




MC7453 


MC54H53 




MC7454 


MC54H54 




MC7460 


MC54H5S 




MC7470 


MC54H60 




MC7472 


MCS4H61 




MC7473 


MCS4H62 




HC7475 


MC54H71 




MC7476 


MC54H72 




MC7477 


UC54H73 




MC7479 


MC54H74A 




MC7480 


MC54H79 




MC7483 


MC54H86 




MC7484 


MC54H89 




MC7486 


MC54H115 




MC7490 


MC54H116 




MC7491A 


MC54H117 




MC7492 


MC54HU8 




MC7493 


MC54H119 




MC7495 


MC54H120 




MC7496 
MC74H00 


LINEAR 




MC74H01 


MC5522 


3-5 


MC74H02 


MC5S23 . . . 


3-5 


MC74H04 


MC5524 . . 


3-5 


MC74H05 


MC5525 




MC74H08 


HC552I . . 


3-5 


MC74H10 


■C5S29 . . 


3-5 


MC74H1I 


MC5534 . . 


3-5 


MC74HI2 


MC5535 . 


3-5 


MC74H20 


MC553S . 


3-5 


MC74H21 


MC5539 . 


J-5 


MC74H22 
MC74H28 


MOS 




MC74H29 


MC6800 




MC74H30 


MC6802 




MC74H31 


MC6850 




MC74H32 


MC6852 




MC74H36 


MC6860 




MC74H39 


MC6862 




MC74H40 


MC6863 




MC74H50 
MC74H51 


MTTL 




MC74H52 


MC7241 




MC74H53 


SB 




MC74H54 
MC74H55 


MC7251 




MC74H60 


MC7260 




MC74H61 


MC7261 




MC74H62 



PAGE 



DEVICE 

MC74H71 

MC74H72 

MC74H73 

MC74H74A 

MC74H79 

MC74H86 

MC74H89 

MC74H115 

MC74H116 

MC74H117 

MC74HUS 

MC74H1I9 

MC74H120 



LINEAR 

MC7522 

MC7523 . 

MC7524 . 

UC752S . . 

MC7528 . 

MC7529 . 

MC7534 . 

MC7535 

MC7538 . 

MC7539 . 

MC7705C 

MC7706C 

MC7708C 

MC7712C. 

MC7715C . 

MC7718C 

MC7720C 

MC7724C 

MC7805C 

MC7806C 

MC7808C 

MC7812C . 

HC78I5C . 

MC7818C 

MC7824C 

MC7902C 

MC7905C 

MC7905.2C 

MC7906C 

MC7908C 

MC7912C 

MC7915C 

MC7918C 

MC7924C 

MC78M05 

MC78M06 

MC78M08 

MC78MI2 

MC78M15 

MC78M18 

MC78M20 

MC78M24 



PAGE 



.3-5 

.3-5 

.3-5 

...3-5 

...3-5 

...3-5 

...3-5 

...3-5 

...3-5 

...3-5 

.319 

. . .3-19 

. .3-19 

. .3-19 

.3-19 

.319 

.319 

.3-19 

.3-19 

.319 

. .3-19 

.3-19 

.3-19 

.3-19 

3-19 

. 3-19 

319 

3-19 

319 

319 

3-19 

3-19 

.3-19 

.319 

3-19 

.3-19 

. .3-19 

3-19 

.3-19 

.3-19 

.3-19 

.3-19 



MTTL 

MC8241 
MC8242 
MC8250 
MC8251 
MC8260 
MC8281 
MC82S6 
HC8267 
MC8270 
MC8271 
MC8280 
MC8281 
MC8300 
MC8301 
MC8304 
MC8306 
MC8307 
MC8308 
MC8309 
MC8310 
MC8311 
MC8312 
MC8314 
HC8316 
MC8318 



DEVICE PAGE 

MC8322 
MC8324 
MC8328 
MC830O 
MC8301 
MC8304 
MC830G 
MC8307 
MC8308 
MC8309 
MC8310 
MC83U 
MC8312 
MC8314 
MC8316 
MC831S 
MCI322 
MC8324 
MC8328 
MC8375 
MCJ377 
MC8383 

LSI 

MC8500 2-5 

MC8501 2-5 

MC8502 2-5 

MC8503 2-5 

MC8504 2-5 

MC8505 2-5 

MC8506 2-5 

MC8520 2-5 

MC8521 2-5 

MC8522 2-5 

MC8523 2-5 

MC8524 2-5 

MTTL 

MC8601 
MC8602 

MC8603 

LINEAR 

MC8I13 

Mnu 

MC8I23 

MC8T24 

MC8I26 

MTTL 

MC9300 
MC9301 
MC9304 
MC9306 
MC9307 
MC9308 
MC9309 
MC9310 
HC9311 
MC9312 
MC9314 
MC9316 
MC9318 
MC9322 
MC9324 
MC9328 
MC9375 
MC9377 
MC93I3 
HC9601 
MC9602 
MC9603 



MRTL 
MC9701 

MC9702 
MC9704 
MC9707 
MC9709 
MC9713 
MC9714 
MC9715 



.2-10 
2-10 
.2-10 
.2-10 
.2-10 
.2-10 
.2-10 
2-10 



PAGE 



2-11 



DEVICE 

mW MRTL 

MC9718 

MRTL 

MC9719A 



mW MRTL 

MC9720 2-U 

MC9721 2-U 

HC9722 2-U 

MC9723 2-U 

MC9724 2-U 

MC9725 2-U 

MRTL 

MC9801 2-10 

MC9802 2-10 

MC9804 2-10 

MC9807 2-10 

MC9809 2-10 

MC9813 2-10 

MC9814 2-10 

HC9815 2-10 



mW MRTL 




MC9818 


2-U 


MRTL 




MC9819.A . . 


2-10 


mW MRTL 




MC9820 


2-U 


MC9821 .... 


2-U 


MC9822 


2-U 


MC9823 


2-U 


MC9824 


2-U 


MC9825 


2-U 


MECL 




HC10100 . . . 


2-2 


MC10101 . . 


2-2 


MC10102 . . . 


2-2 


MC10103 . . . 


2-2 


HC10104 . 


2-2 


MC10105 


2-2 


MC10106 


2-2 


MC10107 . . 


2-2 


MC10109 


2-2 


MC10110. 


2-2 


MC10111 ... 


2-2 


HC10113 


2-2 


MC10114 


2-2 


MC10115 ... 


2-2 


MC10116 


2-2 


MC10117 


2-2 


MC10118 


2-2 


MC10U9... 


2-2 


MC 10121 .. . 


2-2 


MC10123 . . . 


2-2 


MC10124 . . . 


2-2 


MC10125 . . 


2-2 


MC10128 


2-2 


MC10129 . 


2-2 


MC10130 . . 


2-2 


MC10131 ... 


2-2 


MC10132 


2-2 


BC10133 


2-2 


■C10134 . . . 


2-2 


MC10135 . . . 


2-2 


MC10136 . . . 


2-2 


MC10137 . 


2-2 


MC10138 . 


2-3 


MC10141 . 


2-3 


MC10153... 


2-3 


MC10158 . . . 


2-3 


MC10159. . 


2-3 


MC10160. . 


2-3 


MC10161 ... 


2-3 


MC10162... 


2-3 


MC10163 


2-3 


MC10164 . . . 


2-3 


MC10165 . . . 


2-3 


MC10166 . . . 


2-3 



DEVICE 

MC10168 

MC10170 . 

MC10171 . 

MC10172 

MC10173 . 

MC10174 

MC10175 

MC10176 . 

MC10177 . 

MC10178 

MCI0179. 

MC101B0 

MC10181 

MC10182 

MC10183 

MC10186 

MC10190 

HC10191 

MC10193 

MC10194 

MC10195 

MC10197 

MC10210 . 

MC102U 

MC10212 

MC10216 . 

MC10231 . 

MC10287 

MC10501 . 

MC10502 . 

MC10504 . 

MC10505 . 

MC10506 

MC10507 

HC10509 

MC10514 

MC10515 

HC10516 

MC10517 

MC105I8 

MC10519 . 

MC 10521 

MC10524 

MC10525 

MC 10530 

MC 10531 

MC10533 

MC10535 

MC10536 

MC10537 

MC10541 

MC10560 

MC10561 

MC10562 

MC10564 . 

MC10571 . 

MC10572 . 

MC10574 

MC10575 

MC10576 . 

MC10580 

MC10581 

MC10616 

MC10631 . 

PLL 

MC12000 . 

MC12012 

MC12013 

MC12014 

MC12020 . 

MC12021 

MC12040 

MC12060. 

MC12061 . 

MC12513. 

MC12520 . 

MC12521 

MC12540 . 

MC12560 . 

MC12561 . 

LINEAR 

MC13120 



7-16 



CATALOG INDEX 


(continued) 




















1 DEVICE 


PAGE 


DEVICE PAGE 


DEVICE 


PAGE 

. .2-6 


DEVICE 
MCA2214 


PAGE 
.4-81 


DEVICE 

MCE936 


PAGE 

2 14 


DEVICE 
HCM5004ALL 


PAGE 
2-15 




MOS 




MC14554 1-7 


MC74416 . 




MC14000 


. ... 1-7 




MC74417 


2-6 


MCA2221... 


.4-81 


MCE944 


2-14 


MCM5303AL.L . . 


.2-15 




MC14001 


. ...1-7 


MC14556 |-7 


MC74418. ... 


2-6 


MCA2222 .... 


. .4-81 


MCE945 


2-14 


MCM5304AL.L . . 


2-15 




MC14002 


. . . . 1-7 


MC14557 1-7 


MC74419 


2-6 


MCA2223 .... 


. . . .4-81 


MCE946 


2-14 








MC14006 


. ...1-7 


MC14558 1-7 


MC74450 




MCA2224 .... 


. .4-81 


MCE948 


2-14 


MOS 






MC14007 


...1-7 


MC14559 1-7 


MC74452 




MCA2231-... 


. . 4-81 


MCE962 


2-14 


MCM6550 


.1-6 




MC1400I 


...1-7 


MC14560 1-7 


HC74453 




MCA2232 .... 


. . .4-81 


MCE54H00 


2-13 


MCM6560 


.1-6 




MC140I1 


....1-7 


MC14561 1-7 


MC744J4 




MCA2233 . ... 


. 4-81 


MCE54H01 


... 2-13 


MCM6561 


.1-6 




MC14012 


. ... 1-7 


MC14S62 1-7 


MC74455 




MCA2234.... 


. . . .4-81 


MCE54H04 


.213 


MCM6562 


.1-6 




MC14013 


. ... 1-7 


MC14566 1-7 


MC74456 








UCE54H10. 


2-13 


MCM6570 


.1-6 




MC14014 


...1-7 


MC14572 1-7 


MC74460 




LINEAR 




MCE54H20 


2-13 


HCM6571A ... 


...1-6 




MC14015 


....1-7 


MC14580 1-7 


MC74468 




MCB1709 . 


3-14 


HCE54H31. 


2-13 


MCM6572 


.1-6 




MC14016 


...1-7 


MC14581 1-7 






MCB1710 




MCE54H40 


.2-13 


MCM6573 


...1-6 




MC14017 


...1-7 


MC14582 1-7 


LINEAR 




MCB1723 




MCE54H51 . . . 


2-13 


MCM6574 


...1-6 




HC14020 


...1-7 


MC14583 1-7 


MC75107 


3-10 


MCB1741 




MCE54H54... 


2-13 


MCM6575 


... 1-6 








MC14585 1-7 

MTTL 


MC75108. ,., 
MC75109 


310 
3-10 


MCB1748 
MCBC1709 . 


3-14 


MCE54H56 ,., 
MCE54H57. 


2-13 

2-13 


MCM6576.. 
MCM6577 


1-6 
.1-6 




MC14022 


. .1-7 




MC14023 


. ... 1-7 


MC75110 . . . 


310 


MCBC1710 




■CE54H72 . . 


2-13 


MCM6578 


...1-6 




MC14024 


.1-7 


MC15482 


MC75140 




MCBC1723 




HCE54H73 


. . .2-13 


MC¥6579 


...1-6 




MC14025 


...1-7 


MC17482 


MC75325. .. 


... 3-5 


MCBC1741 


...315 


MCE54H79 . . . 


2-13 


MCM6580 


...1-6 




MC14027 


...1-7 


MC2S482 


MC75358. ... 


...3-3 


MCBC1748.. 


....3-14 


MCE54H146. 


.. .2-13 


MCH6581 


.1-6 




MCI4028 


... 1-7 


MC27482 


MC75365. ... 


....3-4 






MCE54103 


. 2-13 


MCM6583 


...14 




MC14032 


.1-7 


MC54100 


MC75368.. .. 


.3-3 


MTTL 




MCE7003F . 


.213 


HCM6590 


.1-6 




MC14034 


.1-7 


MC54107 


MC75450 .... 


.3-11 


MCBC5400. 


2-12 


MCE7005F 


213 


MCM6591 


...1-6 




MC14035 


...1-7 


UC54121 


MC75451 


.3-11 


MCBC5401 


2-12 


MCE7006F . 


.2-13 


MCM6604 


...1-5 




MC14038 


....1-7 


MC54145 


MC754S2 


...3-11 


MCBC5402 


2-12 


MCE7007F 


.2-13 


MCM6604-2 .... 


.1-5 




MC14040 


... 1-7 


MC54150 


MC75453 


. .311 


MCBC5404 


. .212 


MCE74HO0.. 


2-13 


MCM6604-4. ... 


.1-5 




MC14042 


... 1-7 


MC54151 


MC75454 


3-11 


MCBC5405 


. .212 


MCE74H01 . . . 


. 2-13 


HCM6605A . ... 


.1-5 




MC14046 


... 1-7 


MC54152 


MC75461 


.3-11 


MCBC5410. 


2-12 


HCE74H04 . 


.2-13 


MCM6605A1 . 


...1-5 




MC14049 


... 1-7 


MC54153 


MC75462 


3-11 


MCBC5420.. 


2-12 


MCE74H10. . 


. 2-13 


HCME605A2 ... 


...1-5 




MC14050 


...1-7 


MC54I55 


MC75463. . 


.3-11 


MCBC5430 


...212 


MCE74H20 


...213 


MCM6616 


...1-5 




MC14071 


1-7 


MC54156 


MC75464 


.3-11 


MC6C5440 . 


2-12 


MCE74H31 . . . 


213 


MCM6810 






MC14076 


.1-7 


MC54157 


MC75491 


. 3-8 


MCBCH50 ... 


.2-12 


MCE74H40 . 


2-13 


MCM6815 






MC14081 


...1-7 


MC54164A 


MC75492. 


...3-8 


MC8C5451 . . . 


2-12 


MCE74H51 


2-13 


HCM6830 






MC14410L.P 


1-8 


MC54165 






MCBC5453 


2-12 


MCE74H54... 


...2-13 


MCH6832 






MC14411LP ... 


... 1-8 


MC54176 


MTTL 




MCBC5454 . . 


2-12 


MCE74H56 . . . 


2-13 








MC14412FI. ... 


.1-8 


MC54177 


MC83151 




MCBC5460 . 


.212 


MCE74H57 . 


2-13 


MECL 






MC14412VL 


1-8 


MC54180 


MC83152 




MCBC5472 


... 212 


MCE74H59 . 


213 


MCH10140 


.2-3 




MC14415EFI . 


1-8 


MC54181 


MCS31S3 




HCBC5473 


.212 


MCE74H146 


2-13 


MCM10142 


.2-3 




MC14415FI.FP 


.1-8 


MC54182 


MC931S1 




MC8C5479 


— 2-12 


MCE74103 . . 


. .2-13 


MCM 10143 


.2-3 




MC14415VLVP 


... 1-8 


MCS4192 


MC93152 












MCM10144 


.2-3 




MC144191.P ... 


... 1-8 


MCM193 


MC93153 




LINEAR 




DIODES 




MCM 10145 


...2-3 




MC14435EFI . . 


. .1-8 


MC54195 






MCC1436 


3-15 


Current Limiting 


MCM10147 


...2-3 




MC14435FL.FP . 


...1-8 


MC54408 


DIODES 




MCC1439 


. 3-14 


MCU300 . . 


4-82 


MCM 10148 


...2-3 




MC14435EVI . . 


-.1-8 


MC54416 2-6 


Reference 




MCC1458 




MCU301... 


4-82 


MCM 10149 


. .2-3 




MC14435VLVP . 


.1-8 


MCS4417 2-6 


HCA191I 


. .4-81 


MCC1463 




MCI 1302 .... 


... 4-82 








MC14440UP 


1-8 


MC54418 2-« 


MCA1912 ... 


. 4-81 


MCC1469 




MCL1303... 


. 4-82 


MOS 






UC14450L P 


1-8 


MC54419 2-6 


MCA1913 


4-81 


MCC1495 




MCU304 .... 


.4 82 


MCM 14505 


.1-7 




MC144511.P 


. 1-8 


MC54452 


MCA1914 


4-81 


MCC1536 . . 


...3-15 






MCM14505A . 


.1-5 




MC14490EFL 


. 1-8 


MC54453 


MCA1921 . 


4-81 


MCC1539 . 


. 3-14 


Zener 




MCM14505C 


.1-5 




MC14490FL.FP 


... 1-8 


MC54454 


MCA1922. ... 


4-81 


MCC1558 




UCLTC6010 . 


. 4-82 


MCM 14524 


...1-7 




MC14490EVL . . . 


.1-8 


MC54455 


MCA1923 .... 


.4-81 


MCC1563 




MCLIC6025 


4-82 


MCM14524A 


...1-6 




MC14490VL.VP 


1-8 


MC54456 


MCA1924 .... 


4-81 


MCC1569 




MCLTC6050 


4 82 


MCM14524C 


.1-6 




MC 14501 


. . 1-7 


MCS4460 


MCA1931 . 


.4-81 


HCC1595 




MCUC6100 . 


4-82 


MCM 14537 


...1-5 




MC1450? 


... 1-7 


MC54468 


MCA1932 


.4-81 


MCC1709 . . . 


.3-14 






MCM14537A ... 


1-5 




MC14506 


...1-7 




MCA1933 


4-81 


MCC1709C 


.3-14 


MOS 




MCM14537C .. 


... 1-5 




HC14507 . . 


.1-7 


LINEAR 


MCA1934 . . 


4-81 


MCCI710 




MCM2102 . 


... 1-5 


MCM 14552 


...1-7 




MC14508 


.1-7 


MCSSI07 3-10 


MCA20U . 


.4-81 


MCC17I0C 




KCH2102-1 


1-5 


MCM14552A 


.1-5 




MC14510 


..1-7 


MC55108 3-10 


MCA2012 


4-81 


MCC17U 




MCH2102-2 . 


1-5 


MCM14552C 


. .1-5 




MC14511 


1-7 


MC55325 3-5 


MCA2013. . 


. 4-81 


MCC1711C 




UCM2102A 


1-5 


MCM68IUA 






MC14S12 . . 


... 1-7 




MCA2014 


4-81 


MCC1723 




MCM2102A2 


1-5 


MCM68112A 








... 1-7 


MTTL 


MCA2021 


.4-81 


MCC1723C 




MCM2102A4 


.1-5 


MCM68707 






MC14515 


... 1-7 


MC74100 


MCA2022. ... 


.4-81 


MCC1741 ... 


.315 


MCH21UA . 


.. .1-5 


MCM68713 






MC14S16 


1-7 


HC74107 


MCA2023. . . 


4-81 


MCC1741C 


. .3-15 


MCM21UA2 


1-5 








MC14517 


... 1-7 


HC74121 


MCA2024 . 


4-81 


MCC1748 . 


3-14 


MCM2111A4 . 


.1-5 


THYRISTORS 








... 1-7 


MC74145 


MCA2031 


4-81 


MCC1748C 


3-14 


MCM2112A 


... 1-5 


SCR 






MC1451S . 


.1-7 


MC74150 


MCA2032 . . 


4-81 






MCM2112A2 . 


1-5 


MCR80-05 


4-102 




MC14520 


1-7 


MC74151 


MCA2033 


4-81 


MOS CHIPS 




MCM2U2A4 . 


1-5 


MCR80-10 ..... 


4-102 




MC14S21 


... 1-7 


MC74152 


MCA2034 


4-81 


MCC 14440 


1-8 






MCR80-20. ... 


4-102 




MC14522 . . . 


1-7 


MC74153 


MCA21U. ... 


4-81 


MCC14450 


1-8 


MTTL 




MCR80-30 


4-102 




MC14526 . . . 


... 1-7 


MC74155 


MCA2112. ... 


.4-81 


MCC14451. . 


1-8 


MCM40001.P 


2-15 


MCR8040 .... 


4-102 






... 1-7 


MC74156 


MCA21I3 


4-81 






MCM40021.P 


. . 2-15 


MCR80-50 


4-102 






... 1-7 


MC74457 


MCA2U4 


4-81 


LINEAR 




MCM4003AL.I 


2-15 


MCR80-60 ... 


4-102 






... 1-7 


MC74164A 


MCA2121 


.4-81 


MCCF1458 


.315 


MCM4004ALL 


2-15 


MCR80-70 


4-102 






... 1-7 


MC7416S 


MCA2122 


.4-81 


MCCF1558 . 


.315 


MCM4064 




MCR80 80 


4-102 




MC14S31 . 


... 1-7 


HC74176 


MCA2I23 


.4-81 


IICCF1709 . 


— 3-14 


MCM4067 




MCR81-05 . . 


4-102 






... 1-7 


MC74177 


MCA2124 


.4-81 


MCCF1709C. 


.. 3-14 


MCM4068 




MCR81-10 


4-102 






. .1-7 


MC74180 


MCA2131 


.4-81 


MCCF1741 


3-15 


MCM4069 




MCR81-20 .. 


.4-102 




MC14536 


.1-7 


MC74181 


MCA2132 . . 


4-81 


MCCF1741C 


3-15 


MCM4070 




MCR81-30 


4-102 




MC14S39 ... 


... 1-7 


MC74182 


MCA2133. . . 


.4-81 






MCH4300L 


. .2-15 


MCR81-40 ..... 


4-102 




MC14541 . . 


... 1-7 


MC74192 


MCA2134 


4-81 


MDTL 




MCM43021. . 


215 


MCR81-50 . . 


4-102 






1-7 


MC74193 


MCA2211 


4-81 


MCE930 


2-14 


MCH4303AI.I 


. 2-15 


MCR81-60 


4-102 






... 1-7 


MC74195 


MCA2212 


.4-81 


MCE932 .... 


214 


HCH4304AI.I 


215 


MCR81-70 


4-102 




MC14553 


1-7 




MC74408 


MCA2213 


.4-81 


MCE933 


2-14 


MCM5003AI.I 


.215 


MCR81-80 


4-102 





7-17 



CATALOG INDEX (continued) 



DEVICE 

MCR82-05 . 

MCR82-10 . 

MCR82-20 

MCR82-30 . 

MCR82-40 . 

MCR82-50 . 

MCR82-60 . 

MCR82-70 . 

MCR82-80 

MCR83-05 . 

MCR83-10 

MCR83-20 . 

HCR83-30 

MCR83-40 

MCR83-50 

MCR83-60 

MCR83-70 

MCR83-80 

MCR101 . 

MCR102 . . 

MCR103 . . . 

MCR104... 

MCR106-1 

MCR106-2 

MCR106-3 

MCR106-4 

MCR106-5 

MCR106-6 

MCR106-7 

MCR106-8 

MCR106-9 . 

MCR106-10 

MCR107-1 

MCR 107-2 

MCR107-3 

MCR107-4 

MCR107-S 

MCR107-6 

HCR107-7 

MCR107-S 

MCR115 ,.. 

HCR120 . . . 

HCR220-S 

HCR220-7 

HCR220-9 

MCR221-5 . 

MCR22I-7 

MCR221-9 

HCR406-1 

M CMOS- 2 

HCR406-3 

MCR406-4 

HCR407-1 

MCR407-2 

MCR407-3 

MCR407-4 

MCR649-1 

MCR649-2 

MCR649-3 

MCR649-4 

MCR649-5 

MCR649-6 

MCR649-7 

MCR649-8 

MCR649-9 

MCR649-10 

MCR649P1 

MCR649P2 

MCR649P3 

MCR649P4 

MCR649PS 

MCR649P6 

MCR649P7 

MCR649P8 

MCR649AP1 

MCR649AP2 

MCR649AP3 

MCR649AP4 

MCR649AP5 

MCR649AP6 

MCR649AP7 

MCR649AP8 



PAGE 



4- 102 

4-102 

.4-102 

.4-102 

.4-102 

4-102 

4-102 

4-102 

4-102 

4-102 

.4-102 

.4-102 

.4-102 

4-102 

4-102 

4-102 

.4-102 

4-102 

4-98 

.4-98 

. .4-98 

. 4-98 

4-98 

4-98 

4-98 

4-98 

4-98 

.4-98 

4-98 

.4-98 

4-98 

4-98 

4-98 

4-98 

4-98 

4-98 

4-98 

4-98 

4-98 

4-98 

.4-98 

.4-98 

4 98 

4-98 

4-98 

4-98 

4-98 

4-98 

4-98 

.4-98 

4-98 

4-98 

4-98 

4-98 

498 

4-98 



.4-101 
4-101 



.4101 
4-101 
4101 
4-101 
4-101 
4- 101 
4-101 

.4-101 



DEVICE 



PAGE 



Pulse Modulator 



MCR729-5 .... 


.4-103 


HCR729-6 .... 


...4-103 


MCR729-7 .... 


..4-103 


MCR729-8 .... 


.4-103 


MCR729-9 .... 


...4-103 


MCR729-10 . . . 


.4-103 


SCR 




MCR846-1 ... 


.4-103 


MCR846-2 . , . 


.4-103 


MCR846-3 .... 


. .4-103 


MCR846-4 .... 


4-103 


MCR1330 




MCR1350 




Pulse Modulators 


MCR1718-5 


4-103 


MCR1718-S . 


. 4-103 


MCR1718-7 .. 


4-103 


MCR1718-8 ... 


4-103 


MCR1906-1 ... 


.4-100 


MCR1906-2 . . 


.4-100 


MCR1906-3 . . 


. .4-100 


MCR190E-4 . . 


.4-100 


SCR 




MCR230S-1 ... 


4-100 


MCR2305-2 . 


. 4-100 


MCR2305-3 . . . 


4-100 


MCR2305-4 


4-100 


HCR2305-5 


4-100 


MCR2305-6 


. 4-100 


MCR2305-7 




MCR230S-8 . 


.4-100 


MCR230S-9 




MCR230S-10 


4-100 


MCR26041-1 .. 


4-100 


MCR26041-2 . 


4-100 


MCR26041-3 


4-100 


MCR26041-4 


.4-100 


MCR2604L-5 


4-100 


MCR2S04L-6 


4-100 


UCR2604L-7 




MCR26041-8 


.4-100 


MCR26041-9 




MCR2604L-10 . 


4-100 


MCR3000-1 


.4-98 


MCR3O0O-2 


4-98 


MCR3O0O-3 


.4-98 


MCR30OO-4 . 


.4-98 


MCR300O-5 


4-98 


MCR300O-6 


.4-98 


MCR300O-7 . 


4-98 


MCR3O0O-8 


4-98 


MCR300O-9 


. 4-98 


MCR3000-10 


4-98 


MCR3818-1 .. 


4-100 


MCR3818-2 


4-100 


MCR3818-3 ... 


4-100 


MCR3818-4 . . 


.4-100 


MCR3818-5 .. 


.4-100 


MCR3S1B-6 . . 


.4100 


MCR3818-7 


4- 100 


MCR3818-8 




MCR3818-9 




MCR3818-10 . . 


4-100 


MCR3835-1 ... 


4-101 


MCR3835-2 . . . 


4- 101 


MCR3835-3 




MCM3835-4 




MCR3835-5 . . . 


.4-101 


MCR3835-6 




MCR3835-7 . . . 


4-101 


MCR3835-8 . . . 


4101 


MCR3835-9 ... 


4-101 


MCR3835 10 


4101 


MCR3918-1 ... 


.4-100 


MCR3918-2 




MCR3918-3 ... 


.4-100 


MCR3918-4 




MCR3918-5 .. 


.4-100 


MCR3918-6 




MCR3918-7 .. 


4-100 



PAGE 



4100 
4-101 
.4-101 



. 4-101 

.4-101 

.4-101 

.4-101 

4-101 



DEVICE 

MCR3918-8 

MCR3918-9 

MCR3918-10 . 

MCR3935-1 

MCR3935-2 . . 

MCR39353 

MCR3935-4 

MCR393S 5 . 

MCR3935-6 

MCR3935-7 

MCR3935 8 

MCR3935-9 . 

MCR393510 

MCR40181 

HCR4018-2 

UCR4018-3 

MCR4018-4 

MCR4018-5 

MCR4018-6 

HCR4018-7 

MCR4018-8 

MCR4018-9 

MCR4018-10 

MCR4035-1 

MCR4035-2 

HCR4035-3 

HCR4035-4 

MCR4035-5 

MCR403S-e 

MCR40357 

MCR4035-8 

MCR4035-9 

MCR4035-10 



TRANSISTORS 
SS Duals 

MD708 

MD708A 

M0708AF 

M0708B 

M0708BF 

MD708F 

MD91I 4-43 

MD918A 4-43 

MD918AF 4-43 

MD918B 4-43 

MD918BF 4-43 

KD918F 4-43 

M0982 4-42 

MD982F 4-42 

MD984 4-44 

MD985 4-42 

MD985F 

M0986 4-44 

M0986F 4-44 

MDU20 4-42 

MDU20F 

M01121 4-42 

MDU21F 

MD1122 4-42 

MD1122F 
MD1123 

MD1129 4-42 

MD1129F 4-42 

MDU30 4-44 

MD1130F 4-44 

MDU32F 
MD20EOF 

M02218 4-42 

MD2218A 4-42 

MD2218AF 4-42 

MD2218F 4-42 

MD2219 4-42 

M022I9A 4-42 

MD2219AF 4-42 

M02219F 4-42 

M02369 4-44 

MD2369A 4-44 

MD2369AF 4-44 

M02369B 4-44 

MD23E9BF 4-44 

M02369F 4-44 

MD2904 

HD2904A 4-42 



DEVICE 



PAGE 



.4-42 
4-44 
4-44 
.4-44 
.4-44 
.4-44 
4-44 
4-44 
.4-44 
4-42 
4-42 

.4-44 
.4-44 
4-44 
4-44 
4-44 
.4-44 



HD2904AF 4-42 

M02904F 4-42 

MD2905 4-42 

M02905A 

MD2905AF 

MD2905F 

MD3250 . 

MD3250A 

MD3250AF 

MD3250F 

MD32S1 

MD32J1A 

MD3251AF 

MD32S1F 

MD3409 

MO3410 

MD3425 

HD3467 

MD3467F 

HD372S 

M03725F 

M03762 

MD3782F 

HD4260 

H042B1 

BD4957 

MD5000 4-43 

M0M00A 4-43 

MD5000B 4-43 

MD600I 4-42 

MD6001F 4-42 

HD6O02 4-42 

H06002F 4-42 

MO6O03 4-42 

MO6O03F 4-42 

HD6100 4-41 

M06100F 4-41 

H06900 

M07000 4-42 

M07001 4-42 

M07001F 4-42 

M07002 4-41 

M07002A 4-41 

M07002B 4-41 

MD7003 4-41 

MO70O3A 4-41 

M07003AF 4-41 

MO7O03B 4-41 

MO70O3F 4-41 

MD7004 
MD7004F 

H07005 4-43 

MD70O5F 4-43 

MD70O7 4-44 

MD7007A 4-44 

MO70O7B 4-44 

MD7007BF 4-44 

MD7007F 4-44 

HO7021 4-41 

MD7021F 4-41 

MD8001 
MD80O2 
M 0800 3 



RECTIFIERS 
Bridges 

UDA10OA 

M0A101A 

MOA102A.. . 

M0A104A 

MDA106A. 

M0A108A 

MDAUOA. 

MDA200 

MDA201 

MDA202 

MDA204 

MDA206 

MDA208 

MOA210 

MDA80O 

MOA801 . 

MOA802 

MOA804 



4-89 
489 
4-89 
4-89 
4-89 
4-89 
.4-89 
.4-89 

. .4-89 
4 89 
4 89 
4 89 
4 89 
4 89 
4 89 
4-89 
4-89 

. .4-89 



DEVICE 

M0A806 

M0A9201 

MDA920A1 

MDA920-2 

MDA920A2 

MOA920-3 

MDA920A3 

MDA920-4 

MDA920A4. 

MDA920-5 

MDA920A5 

MDA920-6 

MDA920A6 

MDA920-7 

MDA920A7 

MOA922-1 

MOA922-2 

MDA922-3 

MDA922-4 

MDA922-5 

MDA922-6 

H0A922-7 

MDA922-8 

M0A922-9 

M0A942-1 

MDA942A1 

MDA942-2 

M0A942A2 

MOA942-3 

MDA942A3 

MDA942-4 

MDA942A4 

MDA942-5 

MDA942A5 

MDA942-6 

MDA942A6 

MDA960-1 

MDA960-2 

M 0*960- 3 

MDA960-4 

MDA960-5 

MDA970-1 

HDA970-2 

MDA970-3 

MDA970-4 

M0A970-5 

MDA980-1 

M0A980-2 

MDA980-3 

MDA980-4 

MOA980-5 

MDA980-6 

M0A990-1 

M DAS 90 1 

MDA9903 

MDA9904 

MDA990 5 

MDA990-6 

MDA12O0 

MDA1201 

MDA1202 

I DA 1204 

MDA1206 

MDA35O0 

MDA3501 

MDA3502 

MDA3504 

M0A3506 

MDA3508 

MDA3510 

MDA6693 



PAGE 

4-89 

. 4-89 

...4-89 
. .4-89 

...4-J9 
. 4-89 



4-89 
489 
4 89 

4-89 
4-89 
4-89 
4-89 

4-89 
4-89 
4-89 
4-89 
4-89 

4-89 
4-89 
4-89 
.4-89 
4-89 
4-89 
4-89 
4-89 
4-89 
4-89 
4-89 
4-89 
.4-89 
.4-89 
4-93 



LINEAR 

MFC4060A 
MFC4062A 
MFC4063A 
MFC4064A 
MFCE030A 
MFC6032A 
MFC6033A 
MFC6034A 



PAGE 



4-33 
4-33 
4-33 



DEVICE 

TRANSISTORS 
FET 

MFE120 
MFE121 
MFE122 

MFE130 

MFE131 

MFE132 

MFE140 

MFE590 

MFE591 

MFE823 

MFE824 

MFE2OO0 

MFE2001 

MFE2O04 

MFE2005 

MFE2006 

MFE2007 

MFE2O08 

MFE2009 

MFE2O10 

MFE2011 

MFE2012 

MFE2093 

MFE2094 

MFE2095 

MFE3001 

MFE3002 

MFE3003 

MFE30O4 

MFE300S 

MFE3020 

MFE3021 

MFE4007 

MFE4008 

MFE40O9 

MFE4010 

MFE4011 

MFE4012 

MFESOOO 

THYRISTORS 
HDWR Kits 
MH745 
HH745B 

MH746 

MH746B 

MH7471 

MH747-18 

MH747-2 

MH747-28 

TRANSISTORS 
SS Ceramic Quads 

4-39 

.4-37 

.4-37 

.4-39 

4-38 

4-38 

. 4-37 

4-37 

.4-38 

.4-39 

4-38 

4-38 

.4-38 

. .4-38 

4-38 

4-38 

.4-37 

.4-37 

.4-38 

4-38 



4-33 
4-33 
4-32 
4-32 
4-33 
4-33 
4-32 
4-32 
4-32 



4-32 
4-32 
4-32 

4-31 
4-31 
4-32 
4-32 
4-32 
4-33 
4-33 



4-31 
4-31 
4-31 
4-31 
4-31 
4-31 



MHQ918 

MHQ2221 

MHQ2222 

MHQ2369 

MHQ2483 

MHQ2484 

MHQ2906 

MHQ2907 

MHQ3467 

MHQ3546 

MHQ3798 

MHQ3799 

MHQ4001A 

MHQ4002A 

MHQ4013 

MHQ4014 

MHQ6O01 . 

MHQ6002 

MHQ6100 

MHQE100A. ... 

RF Modules 

MHW401-1 

MHW401-2. .. 
MHW401-3.. .. 

MHW559 

MHW560 
MHW561 
MHW562 



.4-56 
.4-56 
.4-56 

.4-61 



.4-61 



7-18 



CATALOG 1 


NDEX 


continued) 


















DEVICE 
MHW570 


PAGE 
4-61 


DEVICE 


PACE 


DEVICE PAGE 


DEVICE 


PAGE 


DEVICE PAGE 


DEVICE 


PAGE 




MJ3260 




MJE103 


HJE2020 




MK15B 


LINEAR 






MHW572 


.4-61 


MJ3430 




MJE104 


MJE2021 




MK20 


MLM101A 


...3-14 




MHW580 


. . 4-61 


MJ3480 




HJE105 


MJE2050 




MK20B 


MLM104 
MLM105 
MLM107 






MHW601 


4-55 


MJ3701 




MJE105K 


MJE2055 




MK25 






MHW602 


.4-55 


MJ3702 




MJE170 


MJE2090 




MK25B 


3-15 




MHW709-1.... 


,, 4-56 


MJ3703 




MJE17I 


MJE2091 




MK30 


MLM109 

MLMllO 

MLMlll 

MIM124 






MHW709-2... 


. 4-56 


MJ3704 




MJE172 


MJE2092 




MK30B 


3-15 




MHW709-3 ... , 


4-56 


MJ3760 


4-5 


MJE180 


MJE2093 




MK35 


...3-13 




MHW710-1 .... 


.4-56 


MJ3761 


....4-5 


HJE1I1 


MJE2100 




MK358 




MHW710-2 


4-56 


MJ3771 




HJE1S2 


MJE2101 




MK77-1 


MIM139 

MLM139A... 


3-24 




MHW710-3.... 


4-56 


MJ3772 




MJE200 4-5 


MJE2102 




HK77-IB 


3-24 








MJ3773 




MJE201 


MJE2103 




MK77-2 


MLM201A 
MLM204 






Pwr Metal 




MJ4031 




MJE202 


MJE2150 




MK77-2B 






MJ205 


....4-4 


MJ4032 




MJE203 


MJE2160 ... 


43 


MK77-3B 


MLM205 






MJ400 




MJ4033 




MJE204 


MJE2360 




HK90-1 


MLM207 


3-15 




MJ410 




MJ4034 




MJE205 


MJE2361 




MK90-18 


DIM 209 






MJ411 




MJ4035 




MJE205K 


MJE2370 




MK90-2 


MIM210 .. . 


3-15 




MJ413 


4-9 


MJ4200 




MJE210 4-5 


MJE2480 




MK90-2B 


MIM21 1 


3-13 




MJ420 




MJ420I 




HJE220 


MJE2481 




MK90-3 


HIM224 






MJ420S 




MJ4210 




MJE221 


MJE2482 




MK90-3B 


MLM239 

MLM239A.. .. 


3-24 




MJ421 




MJ4211 




MJE222 


MJE2483 




MK90-4 


3-24 




MJ42h 




MJ4502 


4-7 


MJE223 


MJE2490 




MK90-4B 


MIM301A 


3-14 




MJ423 ... 


4-9 


MJ4645 




MJE224 


MJE2491 




MK90-5 


MLM304 
HIM 305 






MJ424 




MJ4E46 




MJE225 


MJE2520 




MK90-5B 






MJ425 


4-5 


MJ4647 




MJE230 


MJE2801 




MK90-6 


MIM307 


3-15 




MJ430s 




MJ4648 




HJE231 


MJE2801K 




MK90-6B 


MLM309 






MJ431 




MJ5038 




MJE232 


MJE2901 




MK90-7 


MIM310 


3-15 




MJ440S 




MJ5039 




MJE233 


MJE2901K 




MK90-7B 


MLM3U 


3-13 




MJ4S0 




MJ5415 .... 


...4-3 


MJE234 


MJE2955 




MK90-8 


MLM324 






MJ480 




MJ54I6 


....4-3 


MJE235 


MJE29S5K 




MK90-8B 


MLM339 


3-24 




MJ48I 




MJ6302 




MJE240 


MJE3055 




MK90-9 


MLM339A. . 


3-24 




MJ490 




MJ6700 




MJE241 


MJE3055K 




MK90-9B 








MJ491 




MJ6701 




MJE242 


MJE330O 


.... 44 


MK90-10B 


TRANSISTORS 




MJ701 




MJ7000 




MJE243 


MJE3301 . . 


.... 44 


MKIOO 


SS Metal 






MJ702 




HJ7160 


...4-5 


MJE244 


MJE3302 . 


4-4 


MK100B 


HM15O0 






MJ704 




MJ7161 .. 


...4-5 


MJE250 


MJE3310 ... 


4-4 


HK126 


MM1500A 






MJ721 




MJ7260 


4-9 


MJE251 


MJE3311 .. 


44 


MK126B 


MM1501 






MJ723 




MJ7261 


4-9 


MJE252 


MJE3312 ... 


4-4 


MK167 


MM1505 






MJ802 . 


4-7 


MJ8020 




MJE253 


MJE3370 




MK167B 


HM1553 






MJ804 


4-5 


MJ8100 




MJE254 


MJE3371 




MKI89 


MM 1748 










MJ8101 
MJ9000 




MJE340 43 

MJE340K 43 


MJE3439 . . . 
MJE3440 . 


43 

43 


MK189B 

HK 199-1 


MM1748A 
MM 1911 . 


4-U 




MJ901 






MJ920 




Pwr Plastic 




MJE341 


MJE3520 




MK1991B 


MM2Q05-2 






MJ921 






MJE341K 


MJE3521 




MK199-2 


MM2258... 


417 




M J 1000 


4-8 


HJE29 . ,... 


4-3 


MJE344 


MJE3738 




MK199-2B 


MM2259 ... 


4-17 




M J 1001 




MJE29A 


4-3 


MJE344K 


HJE3739 




MK199-3 


MM2260 






M J 1200 




MJE29B 


, .4-3 


MJE345 


MJE4918 




MK199-3B 


MM2484 






MJ1201 




MJE29C 


.4-3 


MJE3S0 4-3 


MJE4919 




MK199-4 


MM 3000 






MJ1800 




MJE30 




MJE370 


MJE4920 




MK199-48 


MM3001.... 


.. .4-17 




MJ2249 




MJE30A 


4-3 


MJE370K 


MJE4921 




MK199-5 


MM3002 . . . 


417 




MJ2250 




MJE30B 


... .4-3 


MJE371 


MJE4922 




MK199-58 


MM 3003 


417 




MJ2251 




MJE30C 


...4-3 


MJE371K 


MJE4923 




MK199-68 


MM3005... 


4-17 




MJ2252 




MJE31 


4-4 


MJE520 44 


MJE5190 


. .. 44 


MK221-1 


MM3006... 


4-17 




MJ2253 


4-4 


MJE31A 


4-4 


MJE520K 


MJE5191 ... 


44 


MK221-1B 


MM30O7.... 


417 




MJ2254 




MJE31B 


....4-4 


MJE521 


MJE5192 ... 


4-4 


MK221-2 


MM 3008 .... 


417 




MJ2267 




MJE31C... . 


4-4 


MJE521K 


MJE5193 ... 


44 


MK221-2B 


MM30O9 ... 


4-17 




MJ22E8 




MJE32 


4-4 


MJE700 44 


MJE5194 


4-4 




MM3019 
MM 3020 






MJ2500 




MJE32A 


4-4 


MJE701 


HJE5195 .. 


44 


LIQUID CRYSTAL 






UJ2501 




MJE32B ... 


4-4 


MJE702 ... .4-44 


MJE5655 . . 


4-3 


DISPLAY 


MM3053 


419 




MJ2801 




MJE32C ... 


4-4 


MJE703 


HJE5656 


43 


MHOS 


MM3220 






M J 2802 




MJE33 




MJE710 


MJE5657 . 


4-3 


MIC50O 


MM3726... 


,.. 416 




MJ2840 




MJE33A 




MJE7I1 


MJE5974 .. 


4-5 


MLC501 


MM3734.... 


... 415 




MJ2841 




MJE33B 




MJE712 


MJE5975 .. 


45 




MM3735 






MJ2901 




MJE33C 




MJE720 


MJE5976 .. 


4-5 


OPTOS 


MM3736... 


4-15 




MJ2940 




MJE34 




MJE721 


MJE5977 . . 


45 


LED 


MM3737 ... 


415 




MJ2941 




MJE34A 




MJE722 


MJE5978 


4-5 


MLED50 4110 


HM3903 ... 


415 




MJ2955 




MJE34B 




MJE80O 44 


MJE5979 . . 


45 


MLED55 4-110 


MM3904. . 


4-15 




MJ3000 
MJ30O1 
MJ3010 




MJE34C 

MJE41 

MJE41A 


....4-5 
4-5 


MJE80I 

MJE802 4-44 

MJE803 


MJE5980 . . 

MJE5981 

MJE5982 


4-5 

4-5 

45 


MLED60 4111 


MM3905 .... 
MM3906 . . 
MM4000 .. 


4-16 

4-16 

418 




HIED90 4111 




MIE092 4111 




MJ3011 




MJE41B 


4-5 


MJE1090 4-5 


MJE5983 .. 


.. ..45 


MIE0440 4-110 


MM40O1.... 


.4-16 




MJ3012 




MJE41C 


4-5 


MJEI091 


MJE5984 .. 


4-5 


MIED445 


MM40O2 ... 


4-18 




MJ3026 




MJE42 


4-5 


MJEI092 


HJE5985 .. 


45 


MIED500 


MM4003... 


. .4-18 




MJ3027 




MJE42A 


4-5 


MJE1093 


MJE6040 




MLED600 4-110 


MM40O5... 


4-16 




MJ3028 




MJE42B ... 


4-5 


MJE1100 45 


HJE6041 




HLED610 


MM4006 ... 


4-16 




MJ3029 




MJE42C .... . 


4-5 


MJE1101 


MJE6042 




MLE0640 4-110 


MM40O7 ... 


416 




MJ3030 




MJE47 


4-3 


MJEU02 


MJE6043 




MIED655 . . .4110 


MM4008 .... 


420 




MJ3040 




MJE48 


4-9 


MJE1103 


MJE6044 




HLE0660 4-110 


MM4009... 


418 




MJ3041 




MJE49 


4-9 


MJE1290 


MJE6045 




MLEO9O0 4-111 


MM4010... . 


4-18 




MJ3042 




MJE51 . . 


4-5 


MJE1291 






M1ED910 4-111 














MJ3055 




MJE52 


4-5 


MJE1660 


MTG HDW 


R KITS 


MLED930 4-111 








MJ3101 




MJE53 


4-5 


MJE1661 


MK10 






RF 






MJ3201 




MJE10I 




MJE20I0 


MK10B 






MM4018 






MJ3202 




MJE102 




MJE2011 


MK15 






MM4019 







7-19 



CATALOG INDEX 


(continued) 




















DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE 


PAGE 


SS Metal 




TRANSISTORS 


PIN 




MPS2716 




MPS6567 




MPSK300 




MM4030 


.4-16 


MICRO-T 




MPN3401 


. .4-72 


MPS2907 


4-26 


MPS6568 


.4-25 


MPStOl 


4-27 


MM4031 


.4-16 


MMI70 




MPN3402 


.4-72 


MPS2923 




MPS6568A 




MPS151 ... 


4-27 


MM4032 


4-16 


MMT7I 




MPN3403 




MPS2924 




MPS6569 


.4-25 


MPSM83 




MM4033 


.4-16 


MMT72 




MPN3404 




MPS2925 




MPS6569A 




MPSU01 . 


4-28 


MM4036 


4-16 


MMT73 




MPN3411 


. .4-72 


MPS2926 


MPS6570 


. . .4-25 


MPSU01A. 


4-28 


MM4037 


.4-16 


MM174 




MPN3412 


. .4-72 


MPS3013 




KPS6570A 




MPSU02 . . 


.. 4-28 






MMT75 


.4-48 


MPN3601 




MPS3390 




MPS6571 . . . 


.4-27 


MPSU03 ... 


... 4-28 


RF 




MMn6 


4-48 






MPS3391 




MPS6573 




MPSU04... 


4-28 


MM4049 . . . 


.4-60 


MMT806 




TRANSISTORS 


MPS3391A 




MPS6574 




MPSU05 .... 


4-28 






MMT807 




Plastic Quads 




MPS3392 




MPS6575 




MPSU06 .... 


.4-28 


SS Metal 




MMT808 




MPQ9I8 
MPQ1000 


.4-39 


MPS3393 




MPS6576 




MPSU07 . . 


4-28 


MM4052 




MMT809 




.4-37 


MPS3394 




MPS6579 




MPSU10 


.4-28 


MM4208 




MMI918 


4-48 


MPQ1000N 




MPS3395 




MPS6580 




MPSU31 


4-28 


MM4208A 




MMT930 




MPQ1050 


4-38 


MPS3396 




MPS8000 




MPSU45 .. 


4-28 


MM4209 




MMT2222 


4-41 


MPQ1500 

MPQ1500N 


. 4-37 


MPS3397 




MPS8001 




MPSU5I 


4-28 


MM4209A 




MMI2369 


. 4-49 


MPS3398 




MPS8097 


4-27 


MPSU51A 


4-28 


MM4257 . .. 


. .4-16 


MMT2484 


. 4-49 


MPQ2001 


.4-39 


MPS3563 




MPS8098 




MPSU52.... 


4-28 


MM4258 


.4-16 


MMI2857 


4-48 


MPQ2221 


. .4-37 


MPS3567 




MPS8099 ... 


.4-24 


MPSU55... 


.4-28 


MM50O5 


.4-18 


MM12907 


. 4-48 


MPQ2221N 
MPQ2222 




MPS3568 




MPS8598 ... 


4-24 


MPSU5E 


428 


MM5006 


.4-18 


MMT3014 


.4-49 


4-37 


MPS3569 




MPS8599 .... 


. .4-26 


MPSU57.... 


428 


MM5007 


.4-18 


MMT3546 


.4-49 


MPQ2222N 




MPS3638 




MPSA05.. .. 


.. 4-24 


MPSU60 ... 


4-28 


MM5189 


.4-15 


MMI3798 




MPQ2369 


4-39 


MPS3638A 




MPSA06 


.. 4 24 


MPSU95. . 


4-28 


MM5262 




MMT3799 


. .4-49 


MPQ2483 


4-38 


MPS3639 


4-25 


MPSA09 


. . . .4-27 






MM6427 


4-17 


MMT3823 


.4-50 


MPQ2484 

MPQ2906 


..4-3 


MPS3640 


4-25 


MPSA10 




THYRISTORS 






MMT3903 


4-48 


.4-37 


MPS3646. .. 


4-25 


MPSA12 


.. 4-45 


Bilateral Triggers 


RF 




MMT3904 


.4-48 


MPQ2906N 




MPS3693 




MPSA13 


... 4-45 


MPT20 


4-105 


MM 8000 




MMT3905 


. .4-48 


MPQ2907 


4 37 


MPS3694 




MPSA14 


. . . .4-45 


MPT28 


4 105 


MM8001 




MMT3906 


.4-48 


MPQ2907N 




MPS3702 . . 


. .4-26 


MPSA16 




MPT32 .. 


4105 


MM 8002 




MMT3960 


. .4-48 


MPQ3303 

MPQ3467 


4-38 


MPS3703 




MPSA17 




MP136 




MM 8003 




MMT3960A 




4-38 


MPS3704 


...4-26 


MPSA18 .... 


.. 4-24 






MM 8004 




MMT4261 


.4-48 


MPQ3546 


.4-39 


MPS3705 




MPSA20 


4-26 


PUT 




MM8006 




MMT8015 




MPQ3725 


4-38 


MPS3706 




MPSA42 . 


4-27 


MPU131. ... 


4-105 


MM 8007 




MMT8051. . . 


. 4-48 


MPQ3725A ... 


4-38 


MPS3707 




MPSA43 .... 


.4-27 


MPU132. ... 


4-105 


MM8008 








MPQ3762 . . 


4-38 


MPS3709 




MPSA55 


4-24 


MPU133. .. 


4 105 


MM8009 ... 


4-59 


OPTOS 




MPQ3798 

MPQ3799 

MPQ3904 

MPQ3906 

MPQ4003 . . 
MPQ4004 . 


4-38 


MPS3710 




MPSA56 .. 


4-24 


MPU6027 


4105 


MM8010 




Coupler 




4-3 


MPS3711 








MPU6028 


4105 


MM8011 




M0C119... 


4-109 


4-37 


MPS3826 




MPSA66 


4-45 






MM8023 




MOC10O5 


4-109 


4-37 


MPS3827 




MPSA70 


4 26 


DIODES 








M0C1006 


4-109 


.4-38 


MPS3903 


4-24 


MPSA92 . 


. . 4-27 


Trans. Supp. 


MICRO-T 




MOC1200 


4-109 


4-38 


MPS3904 


4-24 


MPSA93 .... 


4-27 


MP25 16A 


4-83 


MHCM918 




M0C2000 


.4-109 


MPQ6001 


4-37 


MPS3905 


4-24 


UPSOOl 




MPZ5 16B 


483 


MMCM930 




M0C3000 




MPQ6001N 
MPQ6002 




MPS3906 . 


.4-24 


HPSD02 




MP25-32A 


483 


MMCM222I 


4 48 


M0C3001 




4-37 


MPS4257 




MPSD03 ... . . 


4-27 


MP2532B 


4-83 


MMCM2222 .... 


4-48 


M0C3002 




MPQ6002N 




MPS4258 




MPSD04 


.. 4-27 


MPZ5-32C 


483 


MMCM2369 


4-49 


M0C3003 




MPQ6100. . 


4-38 


MPS4354 




MPSD05 


4-26 


MP25 180A 


4-83 


MMCM2484 


4-49 


M0C5000 


4-109 


MPQ6100A 


4-38 


MPS4355 




MPS006 


4-26 


MP25 180B 


4-83 


MMCM2857 




MOC5001 


4-109 


MPQ6426 


4-44 


MPS4356 




MPSD51 


4-27 


MP25 180C 


483 


MMCM2907 ... 


.4-48 


M0C8030 


4-109 


MPQ6427 
MPQ6501 




MPS5I72 




MPSD52 


.. 4-27 






MMCM3798 




MOC8050.. . . 


4-109 


4-37 


MPS6507 


.4-25 


MPSD53 


4-27 


TRANSISTORS 


MMCM3799 . 


4-49 






MPQ6501N 




MP56511.. 


4-25 


MPSD54 .. . 


4-45 


SS Quads 




MMCM3903 . . 


.4-48 


REGULATORS 








MPS6512 




MPS055 .. . 


. . 4-26 


MQ918 


.4-39 


MMCM3904 . 


4-48 


Pwr 








MPS6513 




MPSD56 .. . 


.. 4-26 


MQ930 .... 


438 


MMCM3905 . 


4 48 


MPC900 


.4-10 


TRANSISTORS 




MPS6514 . 


. .4-26 


MPSH02 


.4-25 


MQ982 .... 


.4-37 


MMCM3906 


4-48 


MPC1000 


..4-10 


Plastic Quads 




MPS6515. .. 


.. .4-24 


MPSH04 


. . 4-25 


MQ1120... 


.4-37 


MMCM3960A 








MPQ6502 


4-37 


MPS6516 




MPSH05 


.. .4-25 


MQ1129 . . . 


. .4-37 






TRANSISTOR 




MPQ6502N 




MPS6517 




MPSH07. . 


. .4-25 


MQ2218A 


...4-37 


DIODES 




FET 




MPQ6600 




MPS6518. ,, 


... 4-26 


MPSH08 


...4-25 


MQ2219A. . 


. 4-37 


MICRO-T 




MPF102 


. .4-33 


MPQ6600A 


4-38 


MPS6519 


... .4-24 


MPSH10 


...4-25 


MQ2369 


. 4-39 


MMD70 




MPF108 


.4-33 


MPQ6700 




K4PS6520 . .. 


. 4-27 


MPSH11 .. .. 


4-25 


MQ2484 




MMD6050 .... 


4-50 


MPF109 


.4-31 


MPQ6842 . . 


.4-40 


MPS6521 


. 4-27 


MPSH17.. .. 


...4-25 


MQ2904 




MMD6100 ... 


4-50 


MPF111 


. .4-31 


MPQ7041 . . 


4-39 


MPS6522 .... 


4-27 


MPSH19 


4-25 


MQ2905A . . 


4-37 


MMD6150 .... 


4-50 


MPFI12 




MPQ7042 .. 


.439 


MPS6523 .... 


4-27 


MPSH20... 


.4-25 


MQ3251 . . 


. 4 37 


MM07000 


4-50 


MPF120 




MPQ7043 


439 


MPS6530 




MPSH24 


.4-25 


MQ3467 


4-37 


MM07001 




MPF121 




MPQ7051 


4-39 


MPS6531.. . 


...4-24 


MPSH30... . 


4-25 


MQ3725 


4-37 






MPF122 




MPQ7052 


4-39 


MPS6532 




MPSH31 .... 


4-25 


M03762 . . 


4-37 


TRANSISTORS 




MPF130 


. 4-33 


MPQ7053 


4-39 


MPS6533 




MPSH32 


. 4-25 


MQ3798 . 


4-37 




MPF131 


4-33 


MPQ7091 


4-39 


MPS6534 


4-24 


MPSH33 


.4-25 


MQ3799 


.4-37 


MMF1 




MPF132 


4-33 


MPQ7092 


4 39 


MPS6535 




UPSH34 


4-25 


MQ3799A 




MMF2 




MPF161 


4-31 


MPQ7093 


4-39 


MPS6539 




MPSH37 


.4-25 


MQ6001 


4-37 


HHF3 




MPF256 


4-33 






MPS6540 




MPSH54 


4-25 


MQ6002 


4-37 


MMF4 




MPF820 




SS Plastic 




MPS6S4I . 


4-25 


MPSH55. 


4-25 


MQ6100 . 


. 4-37 


HfS 




MPF970 


432 


MPS404 




MPS6543 


4-25 


MPSH81 




WQ'OOI 


4 37 


UMF6 




MPF971 


4-32 


MPS404A 




UPS6544 




MPSH83. 


4-25 


MQ7003 


4-37 






MPF4391 


.4-32 


MPS706 


425 


MPS6545 




MPSH85 


. 4-25 


MQ7004 . 


4-39 


LINEAR 




MPF4392 


.4-32 


MPS706A.. . 


4-25 


MPS6546 . 


. 4-25 


MPSK10 




MQ7005 


4-39 


MMH0026 


3 4 


MPF4393 


.4-32 


UPS708 




MPS6547 


4-25 


MPSK11 




MQ70O7 . . 


.4-37 


MMH0026C 


.3-4 






MPS834 


4-25 


MPS6548 




MPSK12 




MQ7021 


4-37 


MMHC0026C 




DIODES 




MPS835 


4-25 


MPS6560 




MPSK20 












VVC 




MPS918 




MPS6561 




MPSK21 


RECTIFIERS 








MPI3401 


.4-72 


MPS2222 ... . 


4-26 


MPS6562 




MPSK22 




MR1-1000 . 


4-92 










MPS2369 


4 25 


MPS6563 




MPSK70 




MR1 1200 


4 92 










MPS2712 




MPS6565 . 


4-27 


MPSK71 




MR11400 


. 4-92 











MPS2714 




MPS6566 


. .4-27 


MPSK72 




MR1 1600 


4-92 



/20 



CATALOG INDEX 


continued) 




















f 


DEVICE 


PAGE 


DEVICE 


PAGE 


OEVICE 


PAGE 
. .4-111 


DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE 


PAGE 




MR250-1 .... 


4-9? 


MR1130 


.4-87 


MR0810 


MRF817 


.4-56 


MV1660 


. .4-69 


MZ805 






MR250-2 .... 


4-92 


MR1205FL .... 


...4-88 


MRO3050 .... 


...4-112 


MRF818 


.4-56 


MV1662 


. .4-69 


MZ810 


4-81 




MR250-3 .... 


4-92 


MR1209FL — 


4-88 


MRD3051.... 


... 4-112 


MRF823 


.4-56 


MV1664 


4-69 


MZ820 


.. .4-81 




MR250-4 .... 


...492 


MR1215FL 


4 88 


MRD3054 .... 


...4-112 


MRF824 


4-56 


MV1666 


4-69 


MZ840 


4-81 




MR250-5 .... 


4-92 


MR12ISSI 


4-88 


MR03055... 


. .4-112 


M.RF825 


.4-56 






MZ821 






MR327 




MR1219FL .... 


488 


MR03056 .... 


.4-112 


MRF835 


.4-56 


Pwr Varactors 




MZ821A 






MR328 




MR1219SI .... 


.4-88 






MRF901 


.4-59 


MV1805C.J 


.4-59 


HZ823 






MR330 




MR1245FL 


4-88 






MRF905 


. 4-59 


MV1807J1 


.4-59 


MZ823A 






MR331 




MR1249FI — 


. 4-88 


transistor: 


MRF5174 




MV1809C1 


.4-59 


UZ825 






HR500 


4-86 


MR1245SL 


4-88 


RF 




MRF5175 


.4-58 






MZ825A 






MR501 ... . 


'.86 


MR1249SI .... 


488 


MRF207 ... 


4-55 


MRF5176 


4-58 


Tuning 




MZ827 






MR502 


4-86 


MR1262FI 




MRF208 .... 


4-55 


MRF5177 


4-58 


MV1858A 




HZ827A 






MR504 


4-86 


MR1265FI .. . 


4 88 


MRF209 .... 


4-55 


MRF5177A 


.4-58 


MV1858D 


. .4-66 


MZ935 






HR506 


4-86 


MR1269FL.... 


.4-88 


MRF212.... 


4-54 


MRF8004 


..4-53 


MV1860A 




MZ935A 






MR508 


4-86 


MR1366 


.4-91 


MRF215... 


4-55 






HV1860D 


.4-66 


MZ935B 






MR510 


4-86 


MR1376 


.4-91 


MRF216 


4-55 


RECTIFIERS 




MV1862A 




MZ936 






MR750 


4-86 


MR1386 


.4-91 


MRF221 ... 


4-55 


Handylab 




MV1862D 


.4-66 


MZ936A 






MR7S1 


. . . . 4-86 


MR1396 


. . .4-91 


MRF222 


4-55 


URK20O 




UV1863A 




MZ936B 






MR752 


. 4-86 


MR1815SL . 


488 


HRF223 


4-55 






MV1863D 


4-66 


MZ937 






MR754 


4 -86 


MR1819SI ... 


.4-88 


MRF224 ... 


4-55 


MTG HDWR KIT 


MV1864A 




MZ937A 






MR756 


... .4-86 


MR2OO0S 


. 4-87 


MRF225.... 


4-55 


MS10 




MV18640 


.4-66 


MZ937B 






MR80O 


4-91 


MR2001S 


.4-87 


MRF226 ... 


4-55 


MS15 




MV1865A 




MZ938 






MR801 


4-91 


MR2002S 


.4-87 


MRF227... 


4-55 






MVI865D.. 


.4-66 


MZ938A 






MR802 


4-91 


MR2004S . . . 


4-87 


MRF230 ... 


.. . .4-54 


DIODES 




MV1866 


. 4-66 


MZ938B 






MR804 .... 


4-91 


MR2006S 


. 4-87 


MRF231 


4-54 


SS Plastic 




MV1866A 




MZ941 






MR806 


4-91 


MR2008S 


.4-87 


MRF232 .... 


4-54 


MSD6100 


.4-82 


HV1866D 


.4-66 


MZ941A 






MR810 


4-91 


MR2010S.. .. 


. . . 4-87 


MRF233 


. . . .4-54 


MSD6101 


4-82 


MV1868 


. .4-66 


MZ941B 






MR811 


... .4-91 


MR2083HA 




MRF234 


4-54 


MSD6102 


4 82 


MV1868A 




MZ942 






MR812 


... 4-91 


MR2266 




MRF235 


4-54 


MSD6150 


.4-82 


MV1868D 


4-66 


MZ942A 






MR813 




MR2271 




MRF237.... 


4-54 


MSD7000 


4-82 


MV1870 


.4-66 


MZ942B 






MR814 


4-91 


■82272 




MRF243 . 


4 55 


MSSIOOO 




MV1870A 




MZ943 






MR816 


4-91 


MR2273 




MRF244 . . 


. .4-55 


MSS1001 




MV1870D 


. .4-66 


MZ943A 






MR817 


4-91 


MR2S00 


. .. 4-87 


MRF245.... 


4-S5 


HSS1O02 








HZ943B 






MR818 


... .4-91 


MR2501 


. .4-87 


MRF304 








DIODES 




MZ944 






MR820 


... .4-91 


MR2502 


4-87 


MRF305 .... 


4-58 


THYRISTORS 




VVC 




MZ944A 






MR821 


4-91 


MR2504 


.. 4-87 


MRF306 . . 


. ...4-58 


Unijunction 




MV1871 


. .4-66 


MZ944B 






MR822 .... 


... .4-91 


MR2506 


. 4-87 


MRF313 .. . 


. . . 4-58 


MU10 


4-104 


MV1872 


.4-66 


MZ3154 






MR824 


.4-91 


MR2508 


4-87 


MRF313A... 


4-58 


MU20 


4104 


MV1874 


. .4-66 


MZ3154A 






MR826 


4-91 


MR2510 


4-87 


MRF401-... 


4-57 


MU2646 


4-104 


MV1876 


.4-66 


MZ3155 






MR830 


4-91 


MR2500S 


4-87 


MRF402 .... 


4-53 


MU2646M 




MV1877 


.4-66 


MZ3155A 






MR831 


4-91 


MR2501S 


4-87 


MRF404 




MU4891 


.4-104 


MV1878 


.4-66 


MZ3156 






MR832 


4-91 


MR2502S . 


4-87 


MRF406 .... 


4-53 


HU4892 


.4-104 


MV2101 


.4-67 


MZ3156A 






MR834 


4-91 


MR2504S .... 


. 4-87 


MRF418 




MU4893 


4-104 


thru 




MZ2360 .... 


4-82 




MR836 


4-91 


MR2506S .... 


4-87 


MRF419 




MU4894 


.4-104 


MV2115 


. . .4-67 


M22361 .... 


4-82- 




MR840 




MR2508S .... 


.. 4-87 


MRF420 .... 


.. 4-53 






MV2201 




M22362 


... .4-82 




MR841 




MR2510S.... 


4-87 


MRF421 .... 


4-53 


Unidirectional 


MV2203 










MR842 




MR2525 


4-83 


MRF422 .... 


4-57 


MUS4987 


4- 105 


MV2205 




Zener 






MR844 




MR2525R 


4-83 


MRF425-... 


4-53 


MUS4988 


4-105 


MV2209 




HZ4614 .... 


4-77 




MR846 




MR4933 




MRF427.... 


4-57 






MV2301 




M24615 .... 


4-77 




MR850 .... 


4-91 


MR4934 




MRF428-... 


4-57 


DIODES 




MV3102 




MZ4616 ... 


4-77 




MR851 


4-91 


MR4935 




MRF432..-. 


4-53 


VVC 




MV3103 


4-67 


MZ4617 


4-77 




MR852 


491 


MR4936 




MRF433 . . 


... 4-53 


MV104 


...4-70 


MV3140 . .. 


. 4-67 


MZ4618 ... . 


4-77 




MR854 


4-91 


UR4937 




MRF449 .... 


4-53 


HV104G 


4-70 


MV3141 


4-67 


MZ4619 


4-77 




MR856 .... 


. .4-91 


MR50O5 


4-87 


MRF449A . . . 


4-53 


MV109 


.4-70 


MV3142 


.4-67 


MZ4620 ... 


4-77 




MR86C .... 


4-91 


MR5010 




MRF450 . . 


4-53 


MV205 




MV3501 


.4-68 


MZ4621 


4-77 




MR861 


4-91 


MR5020 




MRF450A .. 


4-53 


MV206 




MV3502 


4-68 


MZ4622 . . . 


4-77 




MR862 


4-91 


MR5030 




MRF452 




MV209 


...4-70 


MV3503 


.4-68 


MZ4623 


4-77 




MR864 


4-91 


MR5040 


.. .4-87 


MRF452A 




MV830 


.4-66 


MV3504 


. 4-68 


MZ4624 . . . . 


4-77 




MR866 


....4-91 


MRA133. .. 


.. .4-90 


MRF454.... 


5-53 


thru 




MV3505 


...4-68 


MZ4625 . . . 


4-77 




MR870 .. 


4-91 


MRA133B ... 


.4-90 


MRF454A ... 


5-53 


MV840 


.4-66 


MV3506 


. .4-68 


MZ4626 ... 


4-77 




MR871 


4-91 


MRA163 


...4-90 


MRF501.. . 


5-60 


MV1401 


.4-69 


MV3507 


. .4-68 


MZ4627 . . 


4-77 




MR872 


4-91 


VRA163B.... 


4-90 


MRF502 .... 


5-60 


MV1403 . . . 


4-69 






MZ4678 






HR874 


4-91 


MRA333 


.4-90 


MRF509. .. 


4-58 


MV1404 


4-69 


Tuning 




MZ4679 






MR876. ... 


4-91 


HRA333B . 


.4-90 


MRF5I1 


4-60 


MV1405 


. 4-69 


MVAM 1 


...4-71 


MZ4680 






MR 890 




MRA363 




MRF515 


4-54 


HV1620 


4-69 


MVAM2 


4-71 


HZ4681 






MR891 




MRA363B 




MRFS17 


4-60 


MV1622 


4-69 


MVI2097 


4-68 


MZ4682 






MR892 








MRF519... 


4-60 


MV1624 


.4-69 


thru 




MZ4683 






MR894 




OPTOS 




MRF531 . 


4-60 


MV1626 


.4-69 


MVI2109 


...4-68 


MZ4684 






MR896 




Photodetectors 


MRF532... 


4-60 


MV1628 . .. 


...4-69 


MVS460 


. . .4-82 


MZ4685 






HR910.... 


4-91 


MRD14B 


...4-112 


MRF603 




MV1630. ... 


. 4 69 






MZ4686 






MR911 .... 


4-91 


MRD120... . 


.4112 


MRF604 . . . 


4-54 


MV1632 


...4-69 


DIODES 




MZ4687 






MR912 .... 


4-91 


MRD121 


.4-112 


MRF606 




MV1634 


.4-69 


Zener 




MZ4688 






MR914.... 


4-91 


MRD150 


.4112 


MRF607. . 


... 4-54 


MV1636 


.4-69 


MZ500-1 




MZ4689 






MR916 ... 


4-91 


MRD30O 


4 HI 


MRF618 


4-55 


MV1638 . ... 


4-69 


thru 




MZ4690 






MR9I7 . 


4-91 


MR0310 


.4111 


MRF619 




MV1640 


4-69 


MZ500-40 




MZ4691 






UR91S 


4-91 


MRD360 .. 


.4-112 


MRF620 




MV1642 


.4-69 


M2 1000-1 




MZ4692 






MR1I20 


4-87 


MRO370.. .. 


4-112 


MRF621 




MV1644 


.4-69 


thru 




M24693 






mrii?: 


4-87 


MR0450 


4-112 


MRF626 . 


4-55 


MV1646 


...4-69 


MZ1000-37 




MZ4694 






MR1122. .. 


4-87 


MRDSOO 


...4-112 


MRF627 




MV1648 


. 4-69 






MZ4695 






MR1123 . .. 


4-87 


MRD510 


...4-112 


MRF628 




MV1650 .. 


.4-69 


TC 




MZ4696 






MRU24 . .. 


.. .4-87 


MRD601 


...4-111 


MRF629 ... 


4-55 


MV1652 .. . 


. .4-69 


MZ605 




MZ4697 






MR1125 . .. 


4 87 


MR0602 


...4-111 


MRF644 . . . 


4-55 


MV1654 


.4-69 


MZ610 


...4-81 


MZ4698 






MR1126. .. 


4-87 


MRD603.... 


... 4-111 


MRF646 . . . 


4-55 


MV1656 


.4-69 


M2620 


4-81 


MZ4699 






MR1128... 


4-87 


MRD604 . . 


.. .4-111 


MRF816 ... 


4-56 


MV1658 


4 69 


MZ640 


4-81 


MZ4700 





7 21 



CATALOG INDEX 


continued) 




















DEVICE PAGE 


DEVICE 
Zener Chips 


PAGE 


DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE 


PAGE 


DEVICE 


PAGE 


M2C20A10 . . 


...4-77 


UZCI60A10 


.4-77 


MZC11B10 


4-77 


MZC100B10 


. ...4-77 


M24701 


MAC24A10 


.. 4-77 


M2C22A10 


.. 4-77 


MZCI70A10 


4-77 


MZC12B10 


. 4-77 


MZC110B10 


...4-77 


MZ4702 


MZC2.7A10 


4-77 


MZC24A10 . 


4-77 


MZC180A10 


4-77 


MZC13B10. 


...4-77 


MZC120B1O 


... 4-77 


MZ4703 


M2C3.0A10 


. 4-77 


MZC27A10 . 


4-77 


MZC2OOA10 


.4-77 


MZC15B10 


.4-77 


MZC130B10 


. .4-77 


MZ4704 


MZC3.3AI0 


4-77 


MZC30A10 


4-77 


MZC1.8B10 


.4-77 


MZC16B10 


. 4-77 


MZCI40B10 


. . 4-77 


MZ4705 


MZC36A10 


.4-77 


HZC33A10 


. .4-77 


M2C2.0B10 


4-77 


MZC18B10 


4-77 


MZC1S0B10 


. .4-77 


MZ4706 


MZC3 9A10 


. 4-77 


MZC36A10 . 


.4-77 


MZC2.2eiO . 


. 4-77 


M2C20B10 


.4-77 


MZC160B10 . 


. .4-77 


MZ4707 


MZC4 3A10 


.4-77 


MZC39A10 


.4-77 


M2C2.4B10 


477 


M2C22B10 


. 4-77 


MZC170B10 


.4-77 


M74708 


MZC4.7A10 


4-77 


M2C43A10 


4-77 


MZC2.7B10 . . 


.4-77 


MZC24B10 


...4-77 


MZC180B10 


.4-77 


HZ4709 


MZC5.1A10 


.4-77 


MZC47A10 


4-77 


MZC3.0BIO 


4-77 


M2C27B10 


... 4-77 


4- Layer 

M4L30S2 
M413053 
M413054 




HZ4710 


MZC5 6A10 ,... 


4-77 


MZC51AI0 


4-77 


MZC3 3B10 


4-77 


MZC30B10 . 


.4-77 




MZ4711 


MZC6.2A10 . . 


.4-77 


MZC56A10 . . . 


.4-77 


MZC3 6B10 


4-77 


MZC33BIO . 


4-77 




MZ4712 


MZC6.8A10 . 


4-77 


MZC62A10 


.4-77 


M2C3.9B10 . . 


4-77 


M7C36B10 


.4-77 




MZ4713 


MZC7.SA10 . 


4-77 


MZC68A10 


. . . .4-77 


MZC43B10 


.4-77 


MZC39B10 


. .4-77 




MZ4714 


MZC8.2A10 


4-77 


MZC75A10 


.4-77 


MZC4.7B10 


.4-77 


KZC43B10 


. .4-77 


MTTL 




MZ4715 


MZC9.1A10 


.4-77 


MZC82A10 


4-77 


HZC5.1B10 


.4-77 


MZC47B10 


4-77 


XC117 


..MS 


MZ4716 


MZCI0A10. . 


4-77 


HZC9IA10 


4-77 


M2C5.6B10 


. 4-77 


HZC51B10 


4-77 






MZ4717 


MZC11A10. . 


4-77 


MZC1OOA10 


4-77 


MZC6.2B10 


. .4-77 


MZC56B10 


.4-77 


LINEAR 




MZ5555 483 


MZC12A10 .. 


.4-77 


MZC1I0A10 


...4-77 


M2C6.8B10 


...4-77 


MZC62B10 


.4-77 


XCI302 .... 


3-24 


MZ5556 4-13 


MZC13A10 


.4-77 


MZCI20A10 


. .4-77 


MZC7.5B10 


. 4-77 


MZC68B10 ., 


,.. 4-77 


XCI387 .. 


3-23 


MZ5557 4-83 


MZC15A10 . 
MZC16A10 . . . 


4-77 
4-77 


MZC130A10 . 
MZCI40A10 


,.. 4-77 
.. 4-77 


MZC8.2B10 
MZC91B10 


.4-77 
.4-77 


MZC75B10 


4-77 






MZ5558 4-83 


RILWf i/ViV . . . 

MZC82B10 . 


'.'.'. 4-77 


XC1393 






MZC18A10 


4-77 


MZC150A10 


. 4-77 


MZC10B10 


.4-77 


MZC91B10 . 


4-77 


XC1399 


3-22 







































7-22 



POPULAR PRO-ELECTRON 

DEVICE TYPES 



Index 









Page 

SMALL SIGNAL TRANSISTORS 1 

TO-92 

SMALL SIGNAL TRANSISTORS — 7 

TO-5, TO-18, TO-39 

POWER TRANSISTORS . 8 

CASE 77, 90, TO-3, TO-39 (UNIWATT, DUOWATT) 

RF TRANSISTORS 11 

SOT-2, TO-72 (SEE ALSO TO-92 TYPES) 

ZENER DIODES 11 

RECTIFIERS PRODUCTS 12 

SPECIAL PURPOSE DIODES . — 1 3 

LINEAR INTEGRATED CIRCUITS 14 






SMALL SIGNAL PLASTIC TRANSISTORS: TO-92 

SMALL SIGNAL PLASTIC TRANSISTORS represent MOTOROLA'S broadest product line of any package. The TO-92, 
from R.F./V.H.F./U.H.F. amplifiers, mixers, oscillators and switches to general purpose amplifiers and switches are all 
available as standard product or custom specials. Also available are special devices for the Industrial, Computer or 
Consumer Markets. 

Before you finalize your next circuit design, consider MOTOROLA'S TO-92 Plastic transistors for every possible socket. 
The following Cross Reference gives you an alphanumeric list of all pro-electron small signal devices, their suggested 
replacement and the number of the selection table in which the device is further characterized. 

GENERAL PURPOSE AMPLIFIER TRANSISTORS - TO 92. TABLE 1 

The general purpose transistors are designed for small signal amplification from d.c. to low radio frequencies. They are also 

useful as oscillators and general purpose switches, 





















'T 


NF 




NPN 


PNP 


BVCEO 
Volts 


P D mW 


l^max 
mA 


"FE 


'c 


V C E 


typ 

MHz 


max 
dB 


Pin 
out 


min 


max 


(mAI 


IVI 










cont. 
















BC182 


BC212 


50 


625 


100 


120 


460 


20 


5.0 


200 


10 


CBE 


BC182A 


BC212A 


50 


625 


100 


120 


220 


2.0 


5.0 


200 


10 




BC182B 


BC212B 


50 


625 


100 


180 


460 


2.0 


5.0 


200 


10 




BC237 


BC307 


45 


625 


100 


120 


460 


2.0 


5.0 


200 


10 




BC237A 


BC307A 


45 


625 


100 


120 


220 


20 


5.0 


200 


10 




8C237B 


BC307B 


45 


625 


100 


180 


460 


2.0 


5.0 


200 


10 




BC237C 


BC307C 


45 


625 


100 


380 


800 


2.0 


s.o 


200 


10 




BC238 


BC308 


25 


625 


100 


120 


800 


2.0 


5.0 


200 


10 




BC238A 


BC308A 


25 


625 


100 


120 


220 


2.0 


5.0 


200 


10 




BC238B 


BC308B 


25 


625 


100 


180 


460 


2.0 


5.0 


200 


10 




BC238C 


BC308C 


25 


625 


100 


380 


800 


20 


5.0 


200 


10 




BC239 


BC309 


45 


625 


180 


180 


800 


2.0 


5.0 


240 


4 




BC239A 


BC309A 


45 


625 


100 


120 


220 


2.0 


5.0 


240 


4 




BC239B 


BC309B 


45 


625 


100 


180 


460 


2.0 


5.0 


240 


4 




BC239C 


BC309C 


45 


625 


100 


380 


800 


2.0 


5.0 


240 


4 




• BC347 


• BC350 


45 


625 


100 


40 


450 


2.0 


5.0 


200 


8 


EBC 


I BC347A 


• BC350A 


45 


625 


100 


110 


220 


2.0 


5.0 


200 


8 




•BC347B 


• BC350B 


45 


625 


100 


200 


450 


2.0 


50 


200 


8 




-BC348 


• BC351 


30 


625 


100 


40 


450 


2.0 


5.0 


200 


8 




■ BC348A 


•BC351A 


30 


625 


100 


110 


220 


2.0 


5.0 


200 


8 




•BC348B 


•BC351B 


30 


625 


100 


200 


450 


2.0 


5.0 


200 


8 




•BC349 


• BC352 


20 


625 


100 


40 


450 


2.0 


5.0 


240 


8 




• BC349A 


•BC352A 


20 


625 


100 


110 


220 


2.0 


50 


240 


8 




• BC349B 


• BC352B 


20 


625 


100 


200 


450 


2.0 


5.0 


240 


8 




BC546 


BC556 


65 


625 


100 


120 


450 


2.0 


5.0 


300 


10 


CBE 


BC546A 


BC556A 


65 


625 


100 


120 


220 


2.0 


5.0 


300 


10 




BC546B 


BC556B 


65 


625 


100 


180 


450 


2.0 


5.0 


300 


10 




BC547 


BC557 


45 


625 


100 


120 


450 


2.0 


5.0 


300 


10 




BC547A 


BC557A 


45 


625 


100 


120 


220 


2.0 


5.0 


300 


10 




BC547B 


BC557B 


45 


625 


100 


180 


450 


2.0 


50 


300 


10 




BC547C 


BC557C 


45 


625 


100 


380 


800 


2.0 


SO 


300 


10 




BC548 


BC558 


30 


625 


100 


120 


800 


20 


5.0 


300 


10 




BC548A 


BC558A 


30 


625 


100 


120 


220 


2.0 


5.0 


300 


10 


" 


8C548B 


BC558B 


30 


625 


100 


180 


450 


20 


5.0 


300 


10 




BC548C 


BC658C 


30 


625 


100 


380 


800 


2.0 


50 


300 


10 





NOT FOR NEW DESIGN 



- 1 - 



LOW NOISE AND GOOD Hpg LINEARITY. TABLE 2 

Theses devices are designed to use on applications where good Hpg linearity and low noise caracteristics are required: 

instrumentation, HIFI preamplifier. 















(1) 




(2) 










BV C EO 


p DmW 


H F E 


H F E 


Vt 120 Hz 


NF 


FT 


NPN 


PNP 


Volts 


25°C 
Amb 


10 uA/5V 


2mA/5V 


mV 


db 


typ 
MHz 


mm. 


typ 


mm. 


max 


typ 


max 


typ 


max 


BC239 


BC309 


45 


625 






120 


800 


9.5 




2 


4 


240 


BC239A 


BC309A 


45 


625 


- 


90 


120 


220 


9.5 


- 


2 


4 


240 


BC239B 


BC309B 


45 


625 


- 


150 


180 


460 


9.5 


- 


2 


4 


240 


BC239C 


BC309C 


45 


625 


- 


270 


380 


800 


9.5 


- 


2 


4 


240 


BC413 


BC415 


30 


625 


100 


- 


180 


800 


8 


12 


0.6 


2.5 


250 


BC413B 


BC415B 


30 


625 


100 


150 


180 


460 


8 


12 


0.6 


2.5 


250 


BC413C 


BC415C 


30 


625 


100 


270 


380 


800 


8 


12 


0.6 


2.5 


250 


BC414 


BC416 


45 


625 


100 


- 


180 


800 


8 


12 


0.6 


2.5 


250 


BC414B 


BC416B 


45 


625 


100 


150 


180 


460 


8 


12 


0.6 


2.5 


250 


BC414C 


BC416C 


45 


625 


100 


270 


380 


800 


8 


12 


0.6 


2.5 


250 


BC549 


BC559 


30 


625 


100 


- 


180 


800 


8 


12 


0.6 


2.5 


250 


BC549B 


BC559B 


30 


625 


100 


150 


180 


460 


8 


12 


0.6 


2.5 


250 


BC549C 


BC559C 


30 


625 


100 


270 


380 


800 


8 


12 


0.6 


2.5 


250 


BC550 


BC560 


45 


625 


100 


- 


180 


800 


8 


12 


0.6 


2.5 


250 


BC550B 


BC560B 


45 


625 


100 


150 


180 


460 


8 


12 


0.6 


2.5 


250 


BC550C 


BC560C 


45 


625 


100 


270 


380 


800 


8 


12 


0.6 


2.5 


250 


MPSA18 




45 


625 


400 


500 


500 


- 


7 


— 


— 


1.5 


160 



(1) VT: total input noise voltage (see application note on BC 413/BC414 

and BC415/BC416 data sheet), at Rs - 2 Kil, IC - 200 IJA, V CE = 5 V 

(2) NF: noise figure at RS = 2 Ki2, IC = 200 /JA, VCE - 5 V and F - 30 Hz to 15 KHz. 









-2- 



HIGH CURRENT AMPLIFIER TRANSISTORS - TO 92 


TABLE 3 












Useful in low power audio output stages and medium cu 


rrent switches. 












NPN 


PNP 


BV C EO 


PomW 


Ic max 


hFE 


'C 


V C E 


*H 








Volts 


T A -25°C 


m.A. 


min 


max 


(mA) 


(V) 


typ 






1 


min 




cont. 










MHz 




BC337 


BC327 


45 


625 


800 


100 


600 


100 




210 




BC337-16 


BC237-16 


45 


625 


800 


100 


250 


100 




210 




BC337-25 


BC327-25 


45 


625 


800 


160 


400 


100 




210 




BC337-40 




45 


625 


800 


250 


600 


100 




210 




BC338 


BC328 


25 


625 


800 


100 


600 


100 




210 




BC338-16 


BC328-16 


25 


625 


800 


100 


250 


100 




210 




BC338-25 


BC328-25 


25 


625 


800 


160 


400 


100 




210 




BC338-40 




25 


625 


800 


250 


600 


100 




210 




BC445 


BC446 


60 


625 


200 


70 


- 


10 


5 


250/200(1) 




BC447 


BC448 


80 


625 


200 


70 


- 


10 


5 


250/200(1) 




8C449 


BC450 


100 


625 


200 


70 


- 


10 


5 


250/200(1) 




BC485 


BC486 


45 


625 


1000 


60 


400 


100 


2 


200/150(1) 




BC485L 


BC486L 


45 


625 


1000 


60 


150 


100 


2 


200/150(1) 




BC485A 


BC486A 


45 


625 


1000 


100 


250 


100 


2 


200/150(1) 




BC485B 


BC486B 


45 


625 


1000 


160 


400 


100 


2 


200/150(1) 




BC487 


BC488 


60 


625 


1000 


60 


400 


100 


2 


200/150(1) 




BC487L 


BC488U 


60 


625 


1000 


60 


150 


100 


2 


200/150(1) 




BC487A 


BC488A 


60 


625 


1000 


100 


250 


100 


2 


200/150(1) 




BC487B 


BC488B 


60 


625 


1000 


160 


400 


100 


2 


200/150(1) 




BC489 


BC490 


80 


625 


1000 


60 


400 


100 


2 


200/150(1) 




BC489L 


BC490L 


80 


625 


1000 


60 


150 


100 


2 


200/150(1) 




BC489A 


BC490A 


80 


625 


1000 


100 


250 


100 


2 


200/150(1) 




BC489B 


BC490B 


80 


625 


1000 


160 


400 


100 


2 


200/150(1) 




MPSA05 


MPSA55 


60 


625 


500 


50 




100 


1 


150/175(1) 




MPSA06 


MPSA56 


80 


625 


500 


50 




100 


1 


150/175(1) 




(1) PNP TYP MPSA05/06 pinning orde 


EBC 
















All other 


CBE 

















HIGH VOLTAGE AMPLIFIER TRANSISTORS - TO 92 - TABLE 4 


























"FE 






♦f 






NPN 


PNP 


BV CE0 


•"Dmax 


'Cmax 






Cre 


"C 


V C E 


typ 


Pinning 






Volts 


T A =25°C 


mA 
cont. 


min 


IC V CE 

(mA) (VI 


ff 
typ 


(mA) 


(V) 






MPSL01 


2N5400 


120 


625 


600 


50 


10 


5 


3 


10 


10 


160 


EBC 


2N5550 




140 


625 


600 


60 


10 


5 


3 


10 


10 


160 


EBC 


2N5551 




160 


625 


600 


80 


10 


5 


3 


10 


10 


200 


EBC 




2N5401 


150 


625 


600 


60 


10 


5 


4 


10 


10 


150 


EBC 


BF391 


MPSA93 


200 


625 


500 


40 


10 


10 


1.6 


10 


60 


70 


EBC 


BF392 


_ 


250 


625 


500 


40 


10 


10 


1.6 


10 


60 


70 


EBC 


BF393 


- 


300 


625 


500 


40 


10 


10 


1.6 


10 


60 


70 


EBC 



All pinning order EBC 



-3- 



INDUSTRIAL TRANSISTORS TO 92 TABLES 

These devices are special products range in tended for use in applications which required well specified performing devices 
like high quality amplifiers, differential input, driver stages .... 



NPN 


PNP 


BVcEO 


P D mW 


Icmax 


"FE 






f-j-tYP 


NF 


ton 


toff 






VOLTS 


T A -250 C 


mA 






'C 


V C E 


MHz 


tVP 


typ 


typ 










cont 


min 


max 


(mA) 


IV) 




dB 


ns 


ns 


BCX25 


BCX26 


60 


625 


200 


70 


400 


10 


5 


250 


2 


70 


1000/600 


BCX27 


BCX28 


80 


625 


200 


70 


400 


10 


5 


250 


2 


70 


1000/600 


BCX29 


BCX30 


100 


625 


200 


70 


400 


10 


5 


250 


2 


70 


1000/600 


BCX45 


BCX46 


45 


625 


1000 


50 


- 


100 


2 


150 


2 


30 


380 


BCX47 


BCX48 


60 


625 


1000 


50 


— 


100 


2 


150 


2 


30 


380 


BCX49 


BCX50 


80 


625 


1000 


50 


— 


100 


2 


150 


2 


30 


380 


BCX58 


BCX78 


32 


625 


200 


120 


630 


2 


5 


250 


2 


75 


600/350 


BCX58-7 


BCX78-7 


32 


625 


200 


120 


220 


2 


5 


250 


2 


75 


600/350 


BCX58-8 


BCX78-8 


32 


625 


200 


180 


310 


2 


5 


250 


2 


75 


600/350 


BCX58-9 


BCX78-9 


32 


625 


200 


250 


460 


2 


5 


250 


2 


75 


600/350 


BCX58-10 


BCX78-10 


32 


625 


200 


380 


630 


2 


5 


250 


2 


75 


600/350 


BCX59 


BCX79 


45 


625 


200 


120 


630 


2 


5 


250 


2 


75 


600/350 


BCX59-7 


BCX79-7 


45 


625 


200 


120 


220 


2 


5 


250 


2 


75 


600/350 


BCX59-8 


BCX79-8 


45 


625 


200 


180 


310 


2 


5 


250 


2 


75 


600/350 


BCX59-9 


BCX79-9 


45 


625 


200 


250 


460 


2 


5 


250 


2 


75 


600/350 


BCX59-10 


BCX79-10 


45 


625 


200 


380 


630 


2 


5 


250 


2 


75 


600/350 


BCX73 


BCX75 


32 


625 


800 


100 


630 


100 




210 


2 


3C 


250 


BCX73-16 


BCX75-16 


32 


625 


800 


100 


250 


100 




210 


2 


30 


250 


BCX73-25 


BCX75-25 


32 


625 


800 


160 


400 


100 




210 


2 


30 


250 


BCX73-40 


- 


32 


625 


800 


250 


630 


100 




210 


2 


30 


250 


BCX74 


BCX76 


45 


625 


800 


100 


630 


100 




210 


2 


30 


250 


BCX74-16 


BCX76-16 


45 


625 


800 


100 


250 


100 




210 


2 


30 


250 


BCX74-25 


BCX76-25 


45 


625 


800 


160 


400 


100 




210 


2 


30 


250 


BCX74-40 




45 


625 


800 


250 


630 


100 




210 


2 


30 


250 



All pinning order CBE 



-4- 



RF TRANSISTORS TO 92 TABLE 6 

The RF transistors are designed for small signal amplification from RF to UHF - several are also used as mixer and 
oscillator in the same range at frequencies type are AGC characterised. 



AM/FM/IF 


PIN 


BV C EO 


PD 


'C 


"FE 


'C 


VCE 


h;min 


c« 


Cob 


PG 


NF 


f 






OUT 


min 


max 


max 


min 


mA 


Volt 


MHi 


C,b 


PF 


tVP 


dB 


MHj 




NPN I PNP 






mW 


mA 










pF 




d8 








BF198 ^ 




CEB 


30 


625 


25 


27 




10 


800- 


2" 






3.0" 


35 




BF199 




CEB 


25 


625 


100 


40 




10 


750 - 


.28" 












BF254 




CEB 


20 


625 


100 


65 




10 


260' 


95' 






1.7" 


1 




BF241 




CEB 


40 


625 


25 


35 




10 


400 


.34 












BF254-3 




CEB 


20 


625 


100 


65 




10 


260 - 


95' 






1.7" 






BF 254-4 




CEB 


20 


625 


100 


100 




10 


260 - 


.95' 






1.7 - 






BF255 




CEB 


20 


625 


100 


35 




10 


200' 


95- 






1 T 






BF 255-2 




CEB 


20 


625 


100 


35 




10 


200" 


95" 






1.7- 






BF255-3 




CEB 


20 


625 


100 


65 




10 


200" 


.95 






1.7* 






BF368 




EBC 


15 


625 


50 


35 




10 


250 


95" 


1.7 




40 


100 




BF369 




EBC 


20 


625 


50 


70 




10 


400 


95" 


1 7 




4.0 


100 




BF371 




BEC 


30 


625 


100 


40 




10 


500 


.23- 












BF373 




BEC 


45 


625 


100 


40 




10 


720* 


32 












BF394« 




BEC 


30 


625 


100 


65 







80 


.9- 






1.7- 






BF394B* 




BEC 


30 


625 


100 


100 




10 


80 


.9- 






1.7* 






BF395" 




8EC 


30 


625 


too 


35 




10 


80 


9- 






1.7" 






BF395D' 




BEC 


30 


625 


100 


35 




10 


80 


.9- 






1.7" 






BF395C" 




BEC 


30 


625 


100 


65 




10 


80 


9" 






1.7" 






MPS918 




EBC 


15 


625 


100 


20 


3.0 


10 


600 




1 7 


15 


6.0 


60 




MPSH05 




EBC 


80 


625 


100 


30 


1 5 


10 


ISO- 


16 






1.7 








MPSH54 


EBC 


80 


625 


100 


30 


1 5 


10 


IBS* 


16 






2.0 






V.H.F. 
































BF366 




EBC 


25 


625 


25 


75 


3 


10 


400 


.3 




30 


32 


too 




BF374 




BEC 


25 


625 


100 


70 






800 


6 




20 


4.0' 


100 




BF375 




BEC 


25 


625 


100 


35 






800 


6 




20 


40" 


100 




BF375C 




BEC 


25 


625 


100 


70 






800 


6 




20 


40' 


100 




BF375D 




BEC 


25 


625 


100 


35 


1 


10 


800 


6 




20 


4.0- 


100 






BF706 


EBC 


25 


625 


50 


20 


2 


10 


700 


.4 


6- 












BF709 


EBC 


30 


625 


50 


20 


2 5 


10 


350 


.3 




12 


35 - 


200 






BF906 


EBC 


25 


625 


50 


20 


2 


10 


700 


22" 


6" 




2.5 - 


100 




U.H.F. 


































BF739 + 


ESC 


30 


625 


50 


20 


25 


10 


600 


3 




10 


4 2 - 


850 






BF740 


EBC 


20 


625 


50 


20 


7 


10 


600 


.4 


.6- 










MPSH33 + 




EBC 


30 


625 


100 


20 


2.5 


10 


950 


.3 




10 


6.5 


850 





' Typical 

+ A.G.C. Characteristic 

• NOT FOR NEW DESIGN 












-5- 



MEDIUM POWER (UNIWATT) TRANSISTORS TABLE 7 

For applications requiring higher power dissipation than thai of the standard TO-92 package MOTOROLA has developed the 
Uniwatt case. In this plastic-encapsulated package, which is slightly larger than the small signal case, the collector is mounted 
on a metal tab that extends out of the case. With a satisfactory heat sink Uniwatt transistors can dissipate up to 10 Watts. 
Without a heat sink power dissipation ai an ambient of 25 °C is 1.0 Watt. 



NPN 


PNP 


BV C EO 
Volts 

min 


PD @ 
W 
Tamb 


25°C 
Tease 


ic 

max 
Amps 


min 


hFE 

max Amps 


V C E 
Volts 


VCES 
max V 


*T 

min 

MHz 


COB 
max 
Pf 


@ic 

Amps 




BD505 


BD506 


20 


1.0 


10 


2 


60 




0.25 


2 


0.7 


50 


30 


1.0 




BD507 


BD508 


30 


1.0 


10 


2 


60 


- 


0.25 


2 


0.7 


50 


30 


1.0 




BD509 


BD510 


40 


1.0 


10 


2 


60 


- 


0.25 


2 


0.7 


50 


30 


1.0 




BD515 


BD516 


45 


1.0 


10 


2 


60 


350 


0.15 


2 


0.5 


50 


12 


0.5 




BD517 


BD518 


60 


1.0 


10 


2 


60 


350 


0.15 


2 


0.5 


50 


12 


0.5 




BD519 


BD520 


80 


1.0 


10 


2 


60 


350 


0.15 


2 


0.5 


50 


12 


0.5 




BD525 


BD526 


60 


1.0 


10 


2 


60 


- 


0.05 


2 


0.5 


50 


15 


0.25 




B0527 


BD528 


80 


1.0 


10 


2 


60 


- 


0.05 


2 


0.5 


50 


15 


0.25 




BD529 


BD530 


100 


1.0 


10 


2 


60 


- 


0.05 


2 


0.5 


50 


15 


0.25 




BF380 




180 


1.0 


10 


0.5 


25 


- 


0.03 


10 


0.75 


90 


- 


0.03 




BF381 




250 


1.0 


10 


0.5 


25 


- 


0.03 


10 


0.75 


90 


- 


0.03 




BF382 




300 


1.0 


10 


0.5 


25 


- 


0.03 


10 


0.75 


90 


- 


0.03 




MPSU03 




120 


1.0 


10 


1.0 


40 


— 


0.01 


10 


.5 


100 


12 


.05 




MPSU04 




180 


1.0 


10 


1.0 


40 


- 


0.01 


10 


.5 


100 


12 


05 





DUOWATT TRANSISTORS TABLE 8 

This is a new family developped by MOTOROLA for high power dissipation in free air applications.As the uniwatt the 
collector is mounted on a metal tab extend to the care, without a heat sink power dissipation of the duowatt at an ambient 
of 25 °C is 2.0 Watts. 



NPN 


PNP 


BVcEO 

Volts 

min 


PD (o 

V\ 

Tamb 


25°C 
Tease 


'c 

max 
Amps 


min 


"FE 
max 


Amps 


VCE 
Volts 


VCES 

max 


*T 

min 
MHz 


Amps 


COB 
max 
Pf 


Pinning 




BD385 


BD386 


60 


20 


10 


10 


60 


_ 


0.25 


1.0 


0.5 


75 


100 


18 


ECB 




BD387 


BD388 


80 


2 


10 


1.0 


60 


- 


0.25 


1.0 


0.5 


75 


100 


18 






BD389 


BD390 


100 


2.0 


10 


1.0 


60 




0.25 


1.0 


0.5 


75 


100 


18 






BD411 


BD413 


40 


2.0 


10 


2.0 


25K 


150K 


0.2 


5.0 




100 


200 


7 


EBC 




BD412 


BD414 


40 


2.0 


10 


2.0 


15K 


150K 


0.2 


5.0 


_ 


100 


200 


7 






BD415 


BD416 


60 


2.0 


10 


1.0 


60 


- 


0.25 


10 


0.5 


75 


100 


18 






BD417 


BD418 


80 


2.0 


10 


1.0 


60 




0.25 


1.0 


0.5 


75 


100 


18 






BD419 


BD420 


100 


2.0 


10 


10 


60 


- 


0.25 


10 


0.5 


75 


100 


18 






BD421 


- 


100 


2.0 


10 


2.0 


15K 


- 


0.25 


5.0 


1.0 


100 


200 


15 






BD422 


- 


80 


2.0 


10 


2.0 


15K 




0.25 


5.0 


1.0 


100 


200 


15 






BF460 


BD463 


250 


2.0 


10 


0.5 


40 


180 


0.03 


10 


0.6 


45 


10 


3.0 






BF461 


BD464 


300 


2.0 


10 


0.5 


40 


180 


0,03 


10 


0.6 


45 


10 


3.0 






BF462 


BF465 


350 


2.0 


10 


0.5 


40 


180 


0.03 


10 


0.6 


45 


10 


3.0 






BF466 


- 


150 


2.0 


10 


1.0 


40 


- 


0.1 


10 


_ 


100 


50 


12 






BF467 


- 


200 


2.0 


10 


1.0 


40 


- 


0.1 


10 


_ 


100 


50 


12 






BF468 


- 


250 


2.0 


10 


1.0 


40 




1 


10 


_ 


100 


50 


12 






BF666 
BF667 




150 
200 


2.0 
2.0 


10 
10 


10 
1.0 


40 
40 


— 


0.1 
0.1 


10 
10 


- 


100 
100 


50 
50 


12 
12 


FCB 




BF668 


- 


250 


2.0 


10 


1.0 


40 


- 


0.1 


10 


_ 


100 


50 


12 






BF757 


BF760 


250 


20 


10 


0.5 


40 


180 


0.03 


10 


0.6 


45 


10 


3.0 






BF758 


BF761 


300 


2.0 


10 


0.5 


40 


180 


0.03 


10 


0.6 


45 


10 


3.0 






8F759 


BF762 


350 


20 


10 


0.5 


40 


180 


0.03 


10 


06 


45 


10 


3.0 







-6- 



MEDIUM CURRENT AMPLIFIERS & SWITCHES (TO-39) 














DEVICE 


NPN 


PNP 


VCEO 


Iq max 


HpE min 


. AT I C 


V C E 


V CE (Sat) max 








TYPE 






IVOCI 


(mAI 




ImA) 


(Volts) 


Volts 


AT I C 
ImAI 


IB 

ImAI 


F-rmin 


\T l c 

ImAI 


BFY50 


NPN 




35 


1000 


30 


150 


6 


0.2 


150 


15 


60 


50 


BFY51 


NPN 




30 


1000 


40 


150 


6 


0.35 


150 


15 


50 


50 


BFY52 


NPN 




20 


1000 


60 


150 


6 


0.35 


150 


15 


SO 


50 


BSX45 


NPN 




40 


1000 


40 


100 


1 


1.0 


1000 


100 


50 


50 


BSX46 


NPN 




60 


1000 


40 


100 


1 


1.0 


1000 


100 


50 


50 


BSX47 


NPN 




80 


1000 


40 


100 


1 


0.9 


500 


25 


50 


50 


BFX38 




PNP 


55 


1000 


85 


100 


5 


0.15 


150 


15 


100 


50 


BFX39 




PNP 


55 


1000 


40 


100 


5 


0.15 


150 


15 


100 


50 


BFX40 




PNP 


75 


1000 


85 


100 


5 


0.15 


150 


15 


100 


50 


BFX41 




PNP 


75 


1000 


40 


100 


5 


0.15 


150 


15 


100 


50 



VIDEO OUTPUT (TO-39) 



DEVICE 
TYPE 


NPN 


VCEO 
(Volts) 


Iq max Hp E AT Iq 
ImAI (mini 1 (mAI 


VCE 

(Voltsl 


V CE (Sat) AT l c 
(Voltsl ImAI 


>B 

(mAI 


F T ryp. AT I C 
(MHz) ImAI 


COB max 
IpFI 




BF257 
BF258 
BF259 


NPN 
NPN 
NPN 


160 
250 
300 


100 
100 
100 


25 
25 
25 


30 
30 

30 


10 
10 
10 


1 
1 
1 


30 
30 

30 


6 
6 
6 


110 
110 

110 


30 
30 

30 


5.5 
5.5 
5.5 





AUDIO DRIVERS (TO-391 



DEVICE 


NPN 


PNP 


VcEO 


Iq max 


H FE AT 


*c 


V C E 


V CE (Sot> l c 


'B . 


F-rmin AT Iq 




TYPE 






IVDC) 


(mA) 




(mA) 


(VDC) 


(VDCI 


(mA) 


(mp) 


(MHz) 


(mAI 




BC140 


NPN 




40 


1000 


40 


100 


1 


1 


1000 


100 


50 


50 




BC141 


NPN 




60 


1000 


40 


100 


1 


1 


1000 


100 


SO 


50 




BC160 




PNP 


40 


1000 


40 


100 


1 


1 


1000 


100 


50 


50 




BC161 




PNP 


60 


1000 


40 


100 


1 


1 


1000 


100 


50 


50 





NOTE: Exists IH -6-10-16 
HFE Groups 



GENERAL PURPOSE 


SWITCHING 


& AMPLIFIER 


TRANSISTORS (TO-18) 






DEVICE 


PUP 


NPN 


VCEO 


l c rw 


Hp£ mm AT 


ic 


v ct 


V CE Sal 


>r. 


IR 


Ft(MHj) 


'C 


COMMENTS 


TYPE 






ivomi 


ImAI 




ImAI 


(Volol 


IVolol 


ImAI 


ImAI 


-typ. 
mm 


ImAI 




BC1T7 


PNP 




46 


100 


70 


2 


50 


0.6 


100 


5 


130 


10 


EXIST VI A.B HFE RANGE 


BC17B 


PNP 




30 


100 


70 


2 


5.0 


0.6 


100 


5 


130 


10 




BCY77 


PNP 




60 


100 


120 


2 


50 


08 


50 


1 25 


180 - 


10 


EXIST VII, VIII IX.A.B GROUP 


BCY7B 


PNP 




32 


200 


120 


2 


6.0 


0.8 


100 


2.5 


180 - 


10 


EXIST HFE GROUP VII.VIII. 


BCY79 


PNP 




45 


200 


120 


2 


6.0 


0.8 


100 


2.5 


180 - 


10 


IX X 


BSW21 


PNP 




26 


2O0 


75 


2 


4.5 


0,6 


60 


3 


150 


10 




BSW21A 


PNP 




60 


200 


75 


2 


4.6 


0.6 


50 


3 


ISO 


10 




BSW22 


PNP 




26 


200 


180 


2 


4 6 


0.6 


50 


3 


ISO 


10 




BSW22A 


PNP 




60 


200 


ISO 


2 


4.5 


0.6 


so 


3 


150 


10 




BCI07 




NPN 


46 


100 


tto 


2 


60 


0.6 


100 


5. 


150 


10 


EXISTS IN A. B. HFE GROUPS 


BC10S 




NPN 


20 


100 


110 


2 


6.0 


0.6 


100 


5 


150 


10 


EXISTS A, B. ind C. HFE GROUPS 


BCY58 




NPN 


32 


200 


120 


2 


50 


0.7 


100 


2 5 


125 (-1 


10 


EXISTS VII. VIII. IX. X. 


BCYS9 




NPN 


45 


200 


120 


2 


6.0 


0.7 


100 


2.5 


125 


10 


HFE GROUPS 


BCY65E 




NPN 


60 


20O 


120 


2 


5.0 


7 


50 


1.25 


125 l-l 


10 


EXISTS VII. VIII. IX. HFE 


BSX51 




NPN 


26 


200 


75 


2 


4.6 


0.3 


50 


3 


150 


10 


GROUPS 


BSX51A 




NPN 


50 


200 


75 


2 


4.6 


3 


50 


3 


150 


10 




BSX51B 




NPN 


60 


200 


75 


2 


4.5 


0.3 


50 


3 


150 


10 




BSX52 




NPN 


25 


200 


180 


2 


46 


03 


50 


3 


150 


10 




BSX52A 




NPN 


60 


200 


180 


2 


4.6 


03 


so 


3 


150 


10 




BSW52B 




NPN 


60 


200 


180 


2 


4.6 


03 


50 


3 


ISO 


10 





FAST SPEED SWITCHING TRANSISTORS (TO-18) 






















Device Type 


Polarity 


V CEO 
V C ER l-l 
(VI 


ic 

max 


Hfe a 


. ic 

ImAI 


VCE 

IV) 


VCE 

max 
(VI 


'C 

ImAI 


>B 

ImAI 


Ton 
Ins) 


T S 
(nsl 


Toff 
(nil 


1 ic 
ImAI 


'bl 
(mA) 


>b2 
(mA) 




BSX90 
BSX29 


NPN 
PNP 


12 

12 


200 
200 


20 
30 


10 

30 


0.35 
0.5 


1.0 
0.5 


100 
100 


10 
10 


12 
60 


18 


40 
90 


100 
30 


40 
3 


20 
3 





LOW NOISE AMPLIFIER 
























DEVICE 
TYP 


NPN 


PNP 


VCEO 
(VDC) 


Iq max 
(mA) 


hfe ai 

min 


ic 

(mAI 


V CE 

(Voltsl 


NF AT 

(DB) 

max 


VCE 
IVDC) 


'C 

ImAI 


FT AT 

IMHzl 
min 


'C 

(mA) 




BC109 
BC179 


NPN 


PNP 


20 
20 


30 
100 


220 
120 


2 
2 


5 
5 


4 
4 


5 
5 


0.2 
0.2 


150 
130 


10 
10 





-7- 



POWER PLASTIC TRANSISTORS 



GENERAL PURPOSE TRANSISTORS - EPIBASE TECHNOLOGY 












NPN 


PNP 


BVcEO 


pd 


'Cmax 


hfe 


@I C 


&v CE 


VcESat 


@I C 


'T 


Case 






Volts 


Watts 


Amps 


min 


Amps 


Volts 


Volts 


Amps 


MHz 




BD165 


BD166 


45 


20.0 


1.5 


15 


0.5 


2.0 


0.50 


0.50 


6 


77 


BD167 


BD168 


60 


20.0 


1.5 


15 


0.5 


2.0 


0.50 


0.50 


6 


77 


BD169 


BD170 


80 


20.0 


1.5 


15 


0.5 


2.0 


0.50 


0.50 


6 


77 


BD233 


BD234 


45 


25.0 


2.0 


25 


1.0 


2.0 


0.6 


1.0 


3.0 


77 


BD235 


BD236 


60 


25.0 


2.0 


25 


1.0 


2.0 


0.6 


1.0 


3.0 


77 


BD237 


BD238 


80 


25.0 


2.0 


25 


1.0 


2.0 


0.6 


1.0 


3.0 


77 


BD175 


BD176 


45 


30.0 


3.0 


15 


1.0 


2.0 


0.8 


1.0 


3.0 


77 


BD177 


BD178 


60 


30.0 


3.0 


15 


1.0 


2.0 


0.8 


1.0 


3.0 


77 


BD179 


BD180 


80 


30.0 


3.0 


15 


1.0 


2.0 


0.8 


1.0 


3.0 


77 


BD433 


BD434 


22 


40 


4.0 


85 


0.5 


1.0 


0.5 


2.0 


3.0 


77 


BD435 


BD436 


32 


40 


4.0 


85 


0.5 


1.0 


0.5 


2.0 


3.0 


77 


BD437 


BD438 


45 


40 


4.0 


85 


0.5 


1.0 


0.7 


3.0 


3.0 


77 


BD439 


BD440 


60 


40 


4.0 


40 


0.5 


1.0 


0.8 


3.0 


3.0 


77 


BD441 


BD442 


80 


40 


4.0 


40 


0.5 


1.0 


0.8 


3.0 


3.0 


77 


BD443 




100 


30 


3.0 


40 


0.5 


2.0 


0.7 


1.0 


0.8 


77 


BD443A 




100 


30 


3.0 


40 


0.5 


2.0 


1.2 


0.5 


0.8 


77 


BD561 


BD562 


40 


40 


4.0 


40 


2.0 


1.0 


0.5 


1.0 


3.0 


77 


BD575 


BD576 


45 


30.0 


3.0 


25 


1.0 


2.0 


0.6 


1.0 


3.0 


199 


BD577 


BD578 


60 


30.0 


3.0 


25 


1.0 


2.0 


0.6 


1.0 


3.0 


199 


BD579 


BD580 


80 


30.0 


3.0 


15 


1.0 


2.0 


0.8 


1.0 


3.0 


199 


BD581 


BD582 


100 


30.0 


3.0 


15 


1.0 


3.0 


0.8 


1.0 


3.0 


199 


BD185 


B0 186 


30 


40.0 


4.0 


15 


2.0 


2.0 


1.0 


2.0 


2.0 


77 


BD187 


B0 188 


45 


40.0 


4.0 


15 


2.0 


2.0 


1.0 


2.0 


2.0 


77 


BD189 


BD190 


60 


40.0 


4.0 


15 


2.0 


2.0 


1.0 


2.0 


2.0 


77 


BD585 


BD586 


45 


40.0 


3.0 


25 


2.0 


2.0 


0.8 


2.0 


3.0 


199 


BD587 


B0588 


60 


40.0 


4.0 


25 


2.0 


0.8 


0.8 


2.0 


3.0 


199 


BD589 


BD590 


80 


40.0 


4.0 


15 


2.0 


2.0 


0.8 


2.0 


3.0 


199 


BD591 


BD592 


100 


40.0 


4.0 


15 


2.0 


2.0 


0.8 


2.0 


3.0 


199 


BD195 


BD196 


30 


65.0 


6.0 


15 


3.0 


2.0 


1.0 


3.0 


2.0 


90 


BD197 


BD198 


45 


65.0 


6.0 


15 


3.0 


2.0 


1.0 


3.0 


2.0 


90 


BD199 


BD200 


60 


65.0 


6.0 


15 


3.0 


2.0 


1.0 


3.0 


2.0 


90 


BD595 


B0596 


45 


55.0 


8.0 


25 


3.0 


2.0 


1.0 


3.0 


3.0 


199 


BD597 


B0598 


60 


55.0 


8.0 


25 


3.0 


2.0 


1.0 


3.0 


3.0 


199 


BD599 


BO600 


80 


55.0 


8.0 


15 


3.0 


2.0 


1.0 


3.0 


3.0 


199 


BD601 


BD602 


100 


55.0 


8.0 


15 


3.0 


2.0 


1.0 


3.0 


3.0 


199 


BD205 


BD206 


45 


90.0 


10.0 


15 


4.0 


2.0 


1.1 


4.0 


1.5 


90 


BD207 


8D208 


60 


90.0 


10.0 


15 


4.0 


2.0 


1.1 


4.0 


1.5 


90 


BD605 


BD606 


45 


90.0 


10.0 


15 


4.0 


2.0 


1.1 


4.0 


1.5 


199 


BD607 


BD608 


60 


90.0 


10.0 


15 


4.0 


2.0 


1.1 


4.0 


1.5 


199 


BD609 


BD610 


90 


90.0 


10.0 


15 


4.0 


2.0 


1.1 


4.0 


1.5 


199 






-8- 



GENERAL PURPOSE DARLINGTONS - EPIBASE TECHNOLOGY 














NPN 


PNP 


BVcEO 


PD 


'Cmax 


hfe 


6ic 


&V CE 


v CESat 


@»0 


h 


Case 








Volts 


Watts 


Amps 


mm 


Amps 


Volts 


Volts 


Amps 


MHz 






BD675 


BC676 


45 


40.0 


4.0 


750 


1.5 


3.0 


2.5 


1.5 


1.0 


77 




BD675A 


BD676A 


45 


40.0 


4.0 


750 


2.0 


3.0 


2.8 


2.0 


1.0 


77 




BD677 


BD678 


60 


40.0 


4.0 


750 


1.5 


3.0 


2.5 


1.5 


1.0 


77 




BD677A 


BD678A 


60 


40.0 


4.0 


750 


2.0 


3.0 


2.8 


2.0 


1.0 


77 




BD679 


BD680 


80 


40.0 


4.0 


750 


1.5 


3.0 


2.5 


1.5 


1.0 


77 




BD679A 


BD680A 


80 


40.0 


4.0 


750 


2.0 


3.0 


2.8 


2.0 


1.0 


77 




BD695 


BD696 


45 


70.0 


8.0 


750 


3.0 


3.0 


2.5 


3.0 


1.0 


199 




BD695A 


BD696A 


45 


70.0 


8.0 


750 


4.0 


3.0 


2.8 


4.0 


1.0 


199 




BD697 


BD698 


60 


70.0 


8.0 


750 


3.0 


3.0 


2.5 


3.0 


1.0 


199 




BD697A 


BD698A 


60 


70.0 


8.0 


750 


4.0 


3.0 


2.8 


4.0 


1.0 


199 




BD699 


BD700 


80 


70.0 


8.0 


750 


3.0 


3.0 


2.5 


3.0 


1.0 


199 




BD699A 


BD700A 


80 


70.0 


8.0 


750 


4.0 


3.0 


2.8 


4.0 


1.0 


199 




BD701 


BD702 


100 


70.0 


8.0 


750 


3.0 


3.0 


2.5 


3.0 


1.0 


199 





HIGH SPEED TRANSISTORS - PLANAR TECHNOLOGY 



NPN 


PNP 


BV C EO 


PD 


'Cmax 


hfe 


@I C 


&V CE 


v CESat 


feic 


*T 


Cass 






Volts 


Watts 


Amps 


mm 


Amps 


Volts 


Volts 


Amps 


MHz 




BD361 


80362 


20 


15 


4.0 


25 


2.0 


1 


0.8 


1.0 


40 


77 


BD361A 


BD362A 


20 


15 


4.0 


50 


2.0 


1 


0.8 


1.0 


40 


77 


BD135 


B0 136 


45 


10 


1.5 


40 


0.15 


2 


0.5 


0.5 


40 


77 


BD135-6 


BD136-6 


45 


10 


1.5 


40 


0.15 


2 


0.5 


0.5 


40 


77 


BD135-10 


BD136-10 


45 


10 


1.5 


63 


0.15 


2 


0.5 


0.5 


40 


77 


BD135-16 


BD136-16 


45 


10 


1.5 


100 


0.15 


2 


0.5 


0.5 


40 


77 


BD137 


8D137 


60 


10 


1.5 


40 


0.15 


2 


0.5 


0.5 


40 


77 


BD137-6 


BD137-6 


60 


10 


1.5 


40 


0.15 


2 


0.5 


0.5 


40 


77 


BD137-10 


BD137-10 


60 


10 


1.5 


63 


0.15 


2 


0.5 


0.5 


40 


77 


BD139 


BD140 


80 


10 


1.5 


40 


0.15 


2 


0.5 


0.5 


40 


77 


BD139-6 


BD140-6 


80 


10 


1.5 


40 


0.15 


2 


0.5 


0.5 


40 


77 


BD139-10 


BD140-10 


80 


10 


1.5 


63 


0.15 


2 


0.5 


0.5 


40 


77 


BD785 


BD786 


45 


15 


4.0 


40 


0.2 


3 


0.6 


1.0 


40 


77 


BD787 


BD788 


60 


15 


4.0 


40 


0.2 


3 


0.6 


1.0 


40 


77 


BD789 


BD790 


80 


15 


4.0 


40 


0.2 


3 


0.5 


0.5 


40 


77 


BD791 


BD792 


100 


15 


4.0 


40 


0.2 


3 


0.5 


0.5 


40 


77 



HIGH SPEED DARLINGTONS - PLANAR TECHNOLOGY 
















NPN 


PNP 


BV C EO 
Volts 


PD 

Watts 


'Cmax 
Amps 


hfe 
min 


@ic 

Amps 


&V CE 
Volts 


v CESat 
Volts 


@ic 

Amps 


<T 
MHz 


Case 




BD775 
BD777 

BD779 


BD776 
BD778 

BD790 


45 
60 
80 


15 
15 
15 


4 
4 

4 


750 
750 

/50 


2.0 
2.0 
2.0 


3.0 
3.0 
3.0 


1.5 
1.5 
1.5 


2,0 
2.0 
2.0 


20 
20 
20 


77 
77 
77 





-9- 



HIGH VOLTAGE TRANSISTORS - 


TRIPLE DIFFUSED TECHNOLOGY 












NPN 


PNP 


BVCEO 


PD 


'Cmax 


hfe 


@I C 


& v CE 


v CESat 


@f C 


•T 


Case 






Volts 


Watts 


Amps 


min 


Amps 


Volts 


Volts 


Amps 


MHz 




BD157 




250 


20.0 


0.5 


30 


0.05 


10 


0.25' 


0.05 


10 


77 


BD158 




300 


20.0 


0.5 


30 


0,05 


10 


0.25* 


0.05 


10 


77 


BD159 




350 


20.0 


0.5 


30 


0.05 


10 


0.25* 


0.15 


10 


77 


BD232 




300 


20.0 


1.0 


20 


0.15 


5 


1.0 


0.15 


10 


77 


BD457 




160 


12.5 


0.1 


25 


0.03 


10 


1.0 


0.03 


40 


77 


BD458 




250 


12.5 


0.1 


25 


0.03 


10 


1.0 


0.03 


40 


77 


BD459 




300 


13.5 


0.1 


25 


0.03 


10 


1.0 


0.03 


40 


77 



POWER METAL TRANSISTORS 

GENERAL PURPOSE TRANSISTORS - EPIBASE TECHNOLOGY 



NPN 


PNP 


BV C EO 


PD 


'Cmax 


hfe 


C<«l c 


& V CE 


v CESat 


I C 


«T 


Case 






Volts 


Watts 


Amps 


mm 


Amps 


Volts 


Volts 


Amps 


MHz 




BD142 




40 


117 


15.0 


12.5 


4.0 


4,0 


1.1 


4.0 


2.0 


TO-3 


BD311 


BD312 


60 


150 


10.0 


25.0 


5.0 


4,0 


1.0 


5.0 


4.0 


TO-3 


BD313 


BD314 


80 


150 


10.0 


25,0 


4.0 


4.0 


1.0 


5.0 


4.0 


TO-3 


BD315 


BD316 


80 


200 


16.0 


25,0 


8.0 


4.0 


1.0 


8.0 


1.0 


TO-3 


BD317 


BD318 


100 


200 


16.0 


25.0 


6.0 


4.0 


1.0 


8.0 


1.0 


TO-3 


BD364 


BD365 


50 


200 


25.0 


25.0 


7.0 


4.0 


1.0 


10.0 


4.0 


TO-3 


BD366 


BD367 


60 


200 


25.0 


25.0 


7.0 


4.0 


1.0 


10.0 


4.0 


TO-3 


BD368 


BD369 


80 


200 


25.0 


25.0 


7.0 


4.0 


1.0 


10.0 


4.0 


TO-3 


BD342 


BD343 


40 


100 


12.0 


15.0 


3.0 


4.0 


1.5 


4.0 


1.5 


TO-3 


BDX55 




45 


12 


7.0 


40.0 


2.0 


2.0 


1.0 


5.0 


4.0 


TO-39 


BDX56 




60 


12 


7.0 


40.0 


2.0 


2.0 


1.0 


5.0 


4.0 


TO-39 


BDX57 




80 


12 


7.0 


40.0 


2.0 


2.0 


1.0 


5.0 


4.0 


TO-39 



HIGH VOLTAGE TRANSISTORS - 


TRIPLE DIFFUSED TECHNOLOGY 












NPN 


PNP 


BVCEO 


PD 


'Cmax 


hfe 


@I C 


& V CE 


v CESat 


@ic 


fT 


Case 






Volts 


Watts 


Amps 


mm 


Amps 


Volts 


Volts 


Amps 


MHz 




BU126 




300 


40 


6 


15.0 


1.0 


5.0 


5.0 


4.0 


*8.0 


TO-3 


BU126A 




250 


40 


6 


15.0 


1.0 


5.0 


5.0 


4.0 


•8.0 


TO-3 


BU205 




700 


26 


3 


2.0 


2.0 


5.0 


5.0 


2.0 


•8.0 


TO-3 


BU208 




700 


56 


5 


2.25 


4.5 


5.0 


5.0 


4.5 


•7.0 


TO-3 


BU222 




350 


100 


6 


3.0 


6.0 


2.5 


1.5 


4.0 


•7.5 


TO-3 


BU222A 




425 


100 


6 


3.0 


6.0 


2.5 


1.5 


4.0 


•7.5 


TO-3 


BU223 




350 


125 


10 


3.3 


10.0 


2.5 


1.5 


7.0 


•7.5 


TO-3 


BU223A 




425 


125 


10 


3.3 


10.0 


2.5 


1.5 


7.0 


•7.5 


TO-3 


BUY29 




200 


125 


8 


15.0 


3.0 


5.0 


2.0 


3.5 


5.0 


TO-3 


BUY30 




250 


125 


8 


15.0 


3.0 


5.0 


2.0 


3.5 


5.0 


TO-3 



* Typical 

HIGH VOLTAGE DARLINGTONS - TRIPLE DIFFUSED TECHNOLOGY 



NPN 


PNP 


BV C EO 


PD 


'Cmax 


hfe 


@I C 


& V CE 


v CESat 


@ic 


•T 


Case 






Volts 


Watts 


Amps 


mm 


Amps 


Volts 


Volts 


Amps 


MHz 




BU322 




350 


100 


7 


23 


7 


2.7 


1.7 


4.0 


7.5 


TO-3 


BU322A 




425 


100 


7 


23 


7 


2.7 


1.7 


4.0 


7.5 


TO-3 


BU323 




350 


125 


10 


25 


10 


2.7 


1.7 


6.0 


7.5 


TO-3 


BU323A 




425 


125 


10 


25 


10 


2.7 


1.7 


6.0 


7.5 


TO-3 



- 10- 



RF TRANSISTORS 

HIGH FREQUENCY TRANSISTORS 





BV C EO 


Ppmax 


ic 


h«E@ 


ic 


& v CE 


fytVP 


Ceb 


NF <S 


f 






NPN 


mm 


mW 


max 
mA 


min 


mA 


Volts 


GHz 


max 
Pf 


dB 


GHz 


Package 




BFR90 


15 


180 


30 


25 


14 


10 


5.0 


1.0 


2.4 


0.5 


SOT-2 




BFR91 


12 


180 


35 


25 


30 


5 


5.0 


1.0 


1.9 


0.5 


SOT-2 




BFX90 


15 


200 


50 


20 


25 


1 


1.8 


1.5 


5.0 


0.5 


TO-72 




BFX89 


15 


200 


50 


20 


25 


1 


1.2 


1.7 


6.5 


0.5 


TO-72 





ZENER DIODES 

ZENER DIODES DO-7 



GLASS 
PLASTIC 


i 


DO-35 
DO-35 

DO- 7 

DO-41 
DO- 7 


BZX79B 
BZX79C 

BZY88C 

MZD 

MZF 


2.4 - 200V 2°/o tol. 
2.4 - 200V 5°/o tol. 

3.3 - 33V 5°/o tol. 
3.9 - 200 5°/o tol. 
2.7 - 33V 5°/o tol. 


400 mW axial lead 
400 mW axial lead 

10°/o preferred voltage range. 400 mW axial lead 

1 W axial lead 

10°/o preferred voltage range. 500 mW axial lead 














- 11 - 



RECTIFIERS 

STANDARD RECOVERY RECTIFIERS - CASE 59-04 



DEVICES 


V RRM 
(VOLTS) 


Iq (AMPS) 


l FSM (AMPS) 


'R (AiA) 


(VOLTS) 


BY126 


650 




40 


10 


1.5 


BY127 


1250 




40 


10 


1.5 


BY 133 


1300 




50 


5 


1.3 


BY134 


600 




50 


5 


1.3 


BY135 


150 




50 


5 


1.3 


BYX10 


1600 


0.36 


30 


1 


1.6 



CASE OUTLINE 
(CASE 5904) 



CASE DIMENSIONS (MM) 



SOFT/FAST RECOVERY RECTIFIERS - 


CASE 59-04 












DEVICES 


V RRM 
(VOLTS) 


IqIAMPS) 


IFSM (AMPS) 


"RlfAl 


V F (VOLTS) 


t rr -| InS) 


t rr 2 (nS) 




BA 145 


350 


0.4 


15 


2/iA 


1.0 V 


350 nS 


750 nS 




BA 148 


350 


0.4 


15 


2/iA 


1.0V 


450 nS 


750 nS 




BA 157 


400 


0.4 


15 


5/iA 


1.3 V 


300 nS 






BA 158 


600 


0.4 


15 


5/iA 


1.3 V 


300 nS 






BA 159 


1000 


0.4 


15 


5/iA 


1.3 V 


300 nS 






BY 196 


100 


1.2 


70 


10/iA 


1.3 V 


500 nS 






BY 197 


200 


1.2 


70 


10/iA 


1.3V 


500 nS 






BY 198 


400 


1.2 


70 


10/IA 


1.3 V 


500 nS 






BY 199 


800 


1.2 


70 


10/iA 


1.3 V 


500 nS 






BY 206 


350 


0.5 


15 


2/IA 


1.3 V 


300 nS 


1000nS 




BY 207 


600 


0.5 


15 


2/JA 


1.3 V 


300 nS 


1000nS 




BY 210/4 


400 


1.0 


30 


10/IA 


1.4 V 


300 nS 


750 nS 




BY 210/6 


600 


1.0 


30 


10/iA 


1.4 V 


300 nS 


750 nS 




BY 210/8 


800 


1.0 


30 


10/IA 


1.4 V 


300 nS 


750 nS 




BY 330 


50 


1.0 


30 


10/IA 


1.25 V 


500 nS 


750 nS 




BY 331 


100 


1.0 


40 


10/iA 


1.25 V 


500 nS 


750 nS 




BY 332 


200 


1.0 


40 


10/iA 


1.25 V 


500 nS 


750 nS 




BY 333 


300 


1.0 


40 


10/iA 


1.25 V 


500 nS 


750 nS 




BY 334 


400 


1.0 


40 


10/IA 


1.25 V 


500 nS 


750 nS 




BY 336 


500 


1.0 


40 


10/IA 


1.25 V 


500 nS 


750 nS 




BY 337 


800 


1.0 


40 


10/iA 


1.25 V 


500 nS 


750 nS 




BY 338 


1000 


1.0 


40 


10/iA 


1.25 V 


500 nS 


750 nS 




BYX 55/350 


350 


1.2 


40 


10/iA 


1.25 V 


350 nS 


750 nS 




BYX 55/600 | 600 1.2 


40 


10/iA 


1.25 V 


350 nS 


750 nS 





- 12- 



SOFT/FAST RECOVERY RECTIFIERS 


- CASE 26701 










DEVICES 


V RRM 


ll (AMPS) 


l FSM (AMPS) 


l R (MA) 


V F (VOLTS) 


T rr1 (nS) 


7„ 2 taSJ 


BY 296 


100 


2 


70 


10 


1.3 


500 


750 


BY 297 


200 


2 


70 


10 


1.3 


500 


750 


BY 298 


400 


2 


70 


10 


1.3 


500 


750 


BY 299 


800 


2 


70 


10 


1.3 


500 


750 


MR 910 


50 


3 


100 


10 


1.25 


300 


750 


MR 911 


100 


3 


100 


10 


1.25 


300 


750 


MR 912 


200 


3 


100 


10 


1.25 


300 


750 


MR 913 


300 


3 


100 


10 


1.25 


300 


750 


MR 914 


400 


3 


100 


10 


1.25 


300 


750 


MR 916 


600 


3 


100 


10 


1.25 


300 


750 


MR 917 


800 


3 


100 


10 


1.25 


300 


750 


MR 918 


1000 


3 


100 


10 


1.25 


300 


750 



RECTIFIER BRIDGES - SINGLE PHASE FULL-WAVE 


DEVICES - CASE 309-01 




DEVICES 


V RRM 


l (AMPS) 


l FSM (AMPS) 


Ir ImA) 


V F (VOLTS) 


BYW20 


50 


15 


400 


0.5 


0.97 


BYW21 


100 


15 


400 


0.5 


0.97 


BYW22 


200 


15 


400 


0.5 


0.97 


BYW23 


300 


15 


400 


0.5 


0.97 


BYW24 


400 


15 


400 


0.5 


0.97 


BYW26 


600 


15 


400 


0.5 


0.97 


BYW28 


800 


15 


400 


0.5 


0.97 


BYW60 


50 


35 


400 


0.5 


1.07 


BYW61 


100 


35 


400 


0.5 


1.07 


BYW62 


200 


35 


400 


0.5 


1.07 


BYW63 


300 


35 


400 


0.5 


1.07 


BYW64 


400 


35 


400 


0.5 


1.07 


BYW65 


600 


35 


400 


0.5 


1.07 


BYW68 


800 


35 


400 


0.5 


1.07 












SPECIAL PURPOSE DIODES 

SPECIAL PURPOSE DIODES - CASE 226 





VR 


PDmW 


IFmA 


Brief Spec. 


Type Service 


BA382 
BB 105 
BB305 


40 
30 
35 


250 
250 
250 


200 
200 


Rs 0.8SK": 4 mA 
2- 10pFCs/C25 
2- 10pFCs/C25 


Pin switching 
Voltage variable cap 
Voltage variable cap 



- 13- 



LINEAR INTEGRATED CIRCUITS 

IF AMPLIFIERS 






Type 


Description 


v C c 

max 


»cc 

typ 


3 dB limiting 
input signal 
typ 


AM 

rejection 

typ 


Package 


TBA 120C 
TBA 120D 


FM IF amplifier, limiter, detector and 
audio preamplifier. Improved DC volume 
control. 

FM IF amplifier, limiter, detector. 
Pin for pin compatible with TBA 120. 


18V 
18 V 


14 mA 
14 mA 


35 /iV rms 
35 MV rms 


50 dB 
50 dB 


Plastic TO-1 16 
CASE 646 

Plastic TO-1 16 
CASE 646 



COLOR PROCESSORS 



Type 


Description 


v C c 

max 


"cc 

typ 


PD 

mW 


Package 


TBA 396 
TBA 3950 


Luminance and chrominance control 
system for PAL. 

PAL chroma processing system 


20 V 


7 mA 

60 mA 
max 


625 
625 


Plastic TO-1 16 
CASE 646 

Plastic TO-1 16 
CASE 646 



STEREO DECODERS 



Type 


Description 


VCC 


Channel 
separation 


distortion 


Output 
voltage 


Zout 


Package 


TCA 4500 


PLL Stereo decoder. Improved version 
of MC 1310. Unity or 6 dB gain. 


8-18 V 


40 dB min 


0.1°/oat 
0.5 V rms 


1.5 V 

rms 
max 


20012 


16 pin 

Plastic TO-1 16 
CASE 648 



TRIAC CONTROL 



Type 


Description 


v C c 

max 


'cc 
«yp 


Firing 
current 


Bias 
current 


Output pulse 
width 


Operating 
temperature 


Package 


UAA 1004 DP 
UAA 1004 CM 
UAA 1 006 DP 


Zero voltage switch for ON-OFF 
power control; differential input 

Zero voltage switch for proportional 
power control; differential input 


20 V 
20 V 


2 mA 

3,5 mA 


80 mA 
80 mA 


IfiA 

0,5/ZA 


100US 
programmable 


-20° to 
+75° C 

-55° to 
+125° C 

-20° to 
+75° C 


8 pin DIL 
CASE 626 

8 pin TO-99 
CASE 601 

16 pin 
plastic DIL 
CASE 648 









-14- 



EUROPEAN MOTOROLA SEMICONDUCTOR SALES OFFICES 



Motorola A.'S 
BiMrt«wi 23 
IX 28CO Lyngby 
Te . <0i!S8 44 66 



Motorola Semicondiicti 

(-eartijiiui te- 

15 17. a.BnuorK-S.g... 

76007 Par >. 

To( SSI 50 6' 

SaiciO'f-c 



42.li 



e de l_i Plai 



West Germany 

Moto'iHa GmbH, GoicruftUieiii.r.h X 

■leartQuar Iff 

GTOOWieitMden 
Tel(06i?M3M9l 
SaleiOlfire Hannover 
Mam-Boe kiei-Si'«ue 30 
301?lanc«nhagen 
Tel. (05HI 77 303' 



E*d mnaMt. 5 
8 Mvnghen Tl 
If) ID89I '9 80 33 
SatttOftia 

V.rnrtte'g*rM.*»e 43 

io:»i.N.,inbeig 

Tei. (09111 ti!>7 HI 

S.vei Of '.co 

Sl'aUu<vle. Straw 1 

703? Sindei'mqen 

lei IO7031>B3O74'8 30 75 



Motorola B.V. 

Emir.al.Mn 41 

Tel 10301 !>l 07 07 



Italy 

Motorola S.p.A, 

Ileadauarlci 

Vu Giro M*i<m> II 

?0'29Mii o no 

Ul 73861 41'?3 



SaiitcC4l.ee 
Vi» Po'iaoo'u 10 
401 23 Bologna 
Tbi 26 69 05 
Sale* Off.eo 
ViaComnt no Vans 08 
00162 Roma 
Tel 831 47 46 

Norway 

Moto*ole A'B. 

B-ugi • 

Ouo I 

Toi (021 33 18SO 

Sweden 

Motorola Semiconductor . 



Swii/e'iand 

Motorola Semieondiieto. Product 

Aiie landman* 101 

8'02/Oliikw 

tr" (01163 56 56 



United Kingdom 

Motorola LM 

Hffadctiia'w 

Voi» Hovne. Pop"* Way 

Wembley Middlesex 

Tel I0H 907 S3 36 

Sain If ice 

10 12. Mourn Streei. Televiuon House 

Manchester M2 5WS, Lanes 

Tel. I6HB33 07 31.'833 07 34 

Sate* Ofl ice 

Coiviiles Rom, Kelvin Est .He 

r-a.i Knbr.de, Scotland 

Tei '.35521 39 101 



HEAOQUARTEKS EUROPEAN OPERATIONS 



Switzerland 
Motorola Ine 



FRANCHISED MOTOROLA SEMICONDUCTOR DISTRIBUTORS 



Austria 
Elbatex GmbH 



BelQ.um 
Diode Belgium 
Rub P.caid 202 204 
1020Bio.t«1es 
Tel (021 428 51 05 

Denmaik 
GDS Henkel ApS 
•Vt**«A«en 4 
4G33He.iii.ip 
Tei 103138 57 IG 



GDS (Seles) Limited 
36.PN'ci>Sli«ei 
Oulifm 2 
1**9. 78 22 32 



Field Oy 

VaneuiMkuanM 18 
0Q210He-»inki7l 
Tel. 190169 22 577 

Fi anco. 

Celd.tS.A 

53. rueCn*letF.eoi 

94260 GentiXy 

Tel.58100 20 

Ste F Faultier 

Rue dei Trois UUvieuiat 

4?2'0 St Priest en J**7 ISiE'ie-tie) 

'el 1 15771 33 33 89 

Eii.Gim&A. 

14, avenue do Ger*ial- Lee lore 

MOO Nancy 

Tel M638I74 24 72/32 

Eu. Grot S.A. 

13. me V< ioi il-ieo 

59350 Si Andre le* Lille 

Tel H620156 64 70 

SCA.IB. S.A. 

31, CMti> Harmful 

69002 Lyon 

Tel 424092 

SCA.I.B. S.A, 

ia-i/, avei-oeit-Seau' 

75007 Par.. 

Tel. 1011655 1770665 71 II 

S.C.AI.B. S,A. 

14.ruedoBr.Ki 

35000 Rennet 

Tei 116991 59 4091 

St*. Commerciete Toutelecn.que 

15-17. fcoulevard Uonrepos 

31008 Toulouse 

Tel (15611 6247 84 

Germany 

Ceklii GmbH 

OrieanwWaUS 

eOOOMuiv.R.-tSO 

'W. 1089) 45 43 06 

Dim on oHG 

Vetkienburgncrie Sti.isw 240 

1000 Benin 33 

Tel (0301 82 33 064 

EBV Elektromk Van. *bv GmbH 

In de> Meme north 9a 

3006 Bura"*!*) liHannOvoi 

Tel 1061)39 45 70 



EBV Elefctronik Vertrietw-GmhH 

OtKirMM 123 

40O0Oj»e;dorl 

Tf. (021118 4846 

EBV Elektromk Varn-bi GmliH 

■«vliusilrasie54 

6000F'ank<ori 

Tei. 10611) 72 04 16 

EBV Elefctronik VertrieM GmbH 

Gabriel MavStrasse 72 

8000 Munthen 90 

1*1 10891 64 40 55 

EBV Flefclrc** Ve*triebsGmbH 

An'- andoi <.••...— 63 

7000SIUIIOJ.I 1 

let. (0711174 '4 81/82-83 

Jermvn GmbH 

Post'ac* 1146 

6277 Comber) 

tei (06434I60O5 

iermyn GmbH 

Ftl'einslrasse 7 

8000 Mtinehe-i 40 

Tel 1089)3988 01 

Mulion MuUer & Co KG 

BO-nilraiW 22 

2800 Bremen 

Tel 104211 31 04 35 

RTG.F. Springonrm KG 

Bronnertnawe ' 

4600 Dor tmund 

Tbi. (05311579? 57 

RTG. E. Sprmgorum KG 

Motrixii qerdr.ttw 134 

2000 I'ambu.u 7G 

Tel 1040) 29 29 66 

RTG, B, Springorum KG 

Votmrasw 35 

3000 Miinnowiti Viluenvydlil 

Tei (051116620 26 

RfG.E U-mgorumKG 

HjJ|o',ChP4IIJ-Sip 1 

6800 Manineim Vogt>Hi*ig 

Te (06211 70 88 88 

RTG. E. SpringoAim KG 

8000 Munchen 40 

Tel 1089) 36 65 00 

RTG. E. Sprmgorum KG 

Heutlingp'st(*)v* 87 

7000 SLiiTg^ri-Oegeiloch 

Tel 107111 7604 7a 

RTG. C. Sp.tngon.rn KG 

MendeHWin SarrrtoKlv Sir«w 6 

6200 WieilMtlen 

Te*. (06121152 7309 

SASCO Vertiieb von elekiromuhen 

BoueiomentBO Gmhll 

Po>tf«h 3066 

4005 DuMelOor'.'Mee'buMh 3 

Tei, (02150) 14 33 

SASCO Verineb von eleh tromtchen 

BaoeiemB^ien GmOH 

Ppiilaeh8907'4 

3000 Hannove* 

Tel I0511J86 75 86 

SASCO VflrlrMbvon ^l-*!rcniKTi«n 

QsuelcmcniDn GmbH 

Hermann Ooerin St>a»e 16 

801 I Pu!/b- u r.n b MuiK'htfn 

Tcr (0891 4G 50 81 

SASCO Verirteb von ■leknoniichen 

Baue<e.>«nten GmbH 

Kain»nnenMr*He 18 

'OOOStuiiaan 1 

lei 10711)24 45 71 



Tecbnoprojeki 

Oiflnq 150 

G3.1l Smvarbacti/T* 

Tel (06196) 8 71 00 

Technopro,el-i 

HamrchEbner SirjHO 13 

7000Surio3'i n*! Canmian 

Tel (07111 56 17 12 

Gieece 

Macedonian Electronic* Ltd. 

Ponioi. 16 Charttxw 

ThOM 



Tel 42 60 
Holland 
B.V. Oiodi 



In 



32 



Mileom LTD. Motorola Ouiiding 

NaooStmt, v.vi«i s.i'i..-r 

li^ran 

rrt'88lSi4/« 

Israel 

Motorola Itrael Lid. 

16. K'cmer-OT/ifi Sire-T 



Italy 

Cetdii luhmeS.p.A. (Mam OHke 

Via Luigi Bar/mi 2D 

20125 M.iano 

Tel 102) 88 06 81.688 7/49 

Celdi* itelisnn S.p.A. 

V.e tniilioPoneniB 30 

40133 Bologna 

Tel. 10511 31 08 43 

Cetdrt IwlianeSP.A. 

Via Lixei/oii MaqniLm Iffj 

001 67 Roma 

Tel. (OOi 47 38 55.'427 15 50 

Celdiilr*l.an»S.p.A. 

Vu Momba. euro 96 

10130 Torino 

Tel H1)35 93l7.'36'4 48 

C-amerli.l,aSp.A. 

VaMekhio-ieGioia74 

70125 Milono 

lei 1021 37640 39/376 40 95 

Cramer Italia 



jM*Ua5 



Via Cisin1o>a CoipmtK! 134 

00147 Roma 

Tel 1061 51333 B7.'90 

Norway 

Ola TandMrg Elektro S/A 

Slieaimoqaien 25 

Ov»0 6 

Fei. (021 19 70 30 



> L«6matorio LDA 



Portugal 

Equipementoi 

Rve Pedio Mur 

liilKV I 

Tel 9' 02 51 

South Afrrca 

Motorola South Africa IPry) 1M 

Pretoria Rnacl 639 

Biamiev 2019 

Tel 10077111 786 11 84 



EUROPEAN SEMICONDUCTOR FACTORIES 



Spain 

Hnpaooei«ctron«.S.A. IM.mOUicel 

Commanrlante Zor-ta 8 

Madrid 20 

Tel (Oil 23331 00'23347 00 

Hispano E tec iron ica S.A. 

F»*>1>. 27 29 

Barcelona 14 

Tel 759 05 22>'23 

Stwdon 

Int-relkoAB 
SaniI||M)rgsvagen 56 



Switzerland 
GOS ISalei) S.A. 
3, -uedei'Auliep."o 
1311 Gen<.«e9 
Tel (037131 69" 
GOS (Sale.1 SA. 
Mun ulia.-"*!! ai^ 54 
BOOR Zurich 
Tel 101) 47 38 SU 
ti Ray AG 



DufcK 



■ 56 



J 

'5 



8 

V 



E 



Turkey 

AUa V Kollei<iifS<rl<eti 

Kit ilirmak Sokak 2 Sak-vHna- 

Ankara 

lei 75 25 06.'O7 

ERA. Electronic Sanayii Ve Tiearet AS. 

Elki Buyiikdet" (ja.t.l*,i 49A. 4 levant 

isanbui 

T*l 64 65 00'64 65 0l 

United Kingdom 

Caldn Ltd 

37 39 Luve-ock Road 

Rertdi-i'j. Beikv, R63. IED 

l*-l 10734)58 22 11 

Cramer Components Ltd 

16, U>6Mdge "uad 

Eelmg. London W.5 

Tel I01I5793O0I 

CDS iSaleil Limited 

Micn,ielma« houw. Sell HHI. Baih Road 

Siough, Bucki 

Tbi. 753 D? 1 1 

Jermyn Oittribulion 

V Ft try Eit.ira 

Sevrnoakt. Kent 

Tel (073715 0144 

lock nttttibulion 

AM lock & CO. LM, 



N« 



e St.e. 



Oidham OL9 6LF. Lann 
Tei 1061 ) 662 04 31 

Semicompt LW, 

Norihf>eld Induitrioi Estate. Gerciforrl Avenue 
Wembley. Mirxilew.. HAO. 150 
Tbi. (011903 3161 

Yugoslavia 
Elektrototina 
Ka'adiarrijeva 71 
1 1 000 Beocrad 
IpI.62 81 55^631355 



United Kingdom 

Motorola Semiconducl 



Co - i -i I'oad. Kelvin E>iute 
tail KilBride.'Glmoay. IScoilem)) 
Tel (35571 39 101 



Prance 

Motorola SemiconduciDun S A. 



Canto l.dO-ifetio - Lb V«ail 
31023 roulo u »eCFn6h 
Tei (15611 40 11 «) 






m;